OLA 8700 Matte-Transparent Resin
オンライン3Dプリンティングサービス
80以上の金属とプラスチック素材でパーツのオンライン即時見積もりを取得。全米の注文は送料無料。ISO 9001:2015、ISO 13485、AS9100D認定。High-detail resin for transparent containers and appearance prototypes. Features high strength, toughness, precision, and dimensional stability. Note: brittle, light-sensitive, frosted translucent only.
Thermal Properties
Heat Deflection Temperature: 52°C
Mechanical Properties
Shore Hardness: 82 Tensile Strength: 48 MPa Tensile Modulus: 2200 MPa Elongation at Break: 12% Flexural Strength: 86 MPa Flexural Modulus: 2100 MPa Notched Impact Strength: 28
Overall Properties
Strong and tough High precision Good dimensional stability
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages①Excellent strength and toughness ②High precision ③Good dimensional stability
Disadvantages①Relatively brittle; not recommended for prolonged exposure to strong light ②Currently available in frosted translucent finish only; full transparency is not supported
Disadvantages①Relatively brittle; not recommended for prolonged exposure to strong light ②Currently available in frosted translucent finish only; full transparency is not supported
OLA 7500 High-Performance Nylon (PA12) BK
OLA 7500 is a high-performance PA12 material optimized for MJF printing technology. It provides outstanding part quality with exceptional surface detail and dimensional accuracy, making it ideal for intricate components and complex assemblies. A preferred choice for internal structures, housings, connectors, and functional parts requiring precision.
ThermalProperties
HeatDeflectionTemperature:155℃ MeltingPoint:187℃
MechanicalProperties
TensileStrength:48MPa TensileModulus:1800MPa ElongationatBreak:15–20% FlexuralStrength:70MPa FlexuralModulus:1800MPa ShoreHardness:80 NotchedImpactStrength:3.5–3.6kJ/m²
Max. Part Size:
377mm × 277mm × 380mm
Tolerance and Precision：
±300 μm or ±0.3%
Advantages
① Superior detail resolution and dimensional accuracy
② Capable of printing fine holes, thin walls, and complex structures
③ Suitable for precise functional prototypes and internal components
Disadvantages
① Slight graininess (less than typical SLS nylon)
② Inconsistent coloration (black/gray finish only)
Note: Non-dyeing process limitation
① Superior detail resolution and dimensional accuracy
② Capable of printing fine holes, thin walls, and complex structures
③ Suitable for precise functional prototypes and internal components
Disadvantages
① Slight graininess (less than typical SLS nylon)
② Inconsistent coloration (black/gray finish only)
Note: Non-dyeing process limitation
OLA P9000 Nylon (BASF) is an advanced SLS material that offers a balanced combination of rigidity, toughness, and wear resistance. It is particularly suitable for producing durable jigs, fixtures, enclosures, and components that undergo frequent mechanical stress or friction. Its chemical resistance also makes it ideal for applications exposed to aggressive environments.
ThermalProperties
HeatDeflectionTemperature:123℃
MechanicalProperties
TensileStrength:16.7MPa TensileModulus:1980MPa ElongationatBreak:55% FlexuralStrength:33MPa FlexuralModulus:2000MPa CharpyImpactStrength(Notched):3.0&17kJ/m² IzodImpactStrength(Notched):3.8&14kJ/m²
ElectricalProperties
DielectricConstant:3.331
Max. Part Size:
350mm × 350mm × 400mm
Tolerance and Precision：
±300μm or ±0.3%
Advantages
① Exceptional dimensional accuracy and toughness
② Superior chemical resistance for harsh environments
Disadvantages
① Slightly rough surface texture (SLS process characteristic)
① Exceptional dimensional accuracy and toughness
② Superior chemical resistance for harsh environments
Disadvantages
① Slightly rough surface texture (SLS process characteristic)
OLA 9085 is an amorphous thermoplastic with an outstanding strength-to-weight ratio and excellent FST (Flame, Smoke, Toxicity) ratings. Due to its existing certifications and superior performance under demanding conditions, it is ideal for aerospace, automotive, and military applications.
ThermalProperties
HeatDeflectionTemperature:153℃
MechanicalProperties
TensileModulus:2150–2270MPa TensileStrength:42–69MPa ElongationatBreak:2.2–5.8% FlexuralStrength:68–112MPa FlexuralModulus:2050–2300MPa
SafetyProperties
FlameRating:V-0
Max. Part Size:
914mm × 610mm × 914mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Excellent mechanical stability at elevated temperatures
② High strength-to-weight ratio
③ Outstanding dimensional stability and flame resistance
④ Certified for aerospace and automotive applications
Disadvantages
① Slight layered texture on part surfaces due to FDM printing
① Excellent mechanical stability at elevated temperatures
② High strength-to-weight ratio
③ Outstanding dimensional stability and flame resistance
④ Certified for aerospace and automotive applications
Disadvantages
① Slight layered texture on part surfaces due to FDM printing
OLA TPU is a highly versatile material known for its flexibility, resilience, and ability to produce detailed and intricate parts. It is suitable for use in cushioning applications and wearable parts. The material has passed ISO 10993-10 (skin sensitization) and ISO 10993-5 (cytotoxicity) tests, making it skin-safe.
ThermalProperties
MeltingPoint:120℃–150℃
MechanicalProperties
TensileModulus:75–85MPa TensileStrength:7–9MPa ElongationatBreak:130%–280% FlexuralModulus:70–75MPa NotchedImpactStrength:44–46kJ/m²
Max. Part Size:
Gray-Black (MJF): 377 mm × 277 mm × 380 mm
Tolerance and Precision：
±700 μm or ±0.7%
Advantages
① High flexibility and shock absorption
② Suitable for printing complex and detailed structures
③ Excellent UV and hydrolysis resistance
④ Biocompatible (ISO 10993-10/5 compliant)
Disadvantages
① Equipment/build size varies by color:
White: SLS 350×350×250mm
Gray-Black: MJF 377×277×380mm
① High flexibility and shock absorption
② Suitable for printing complex and detailed structures
③ Excellent UV and hydrolysis resistance
④ Biocompatible (ISO 10993-10/5 compliant)
Disadvantages
① Equipment/build size varies by color:
White: SLS 350×350×250mm
Gray-Black: MJF 377×277×380mm
This professional black engineering resin combines outstanding mechanical properties with long-term stability, ideal for demanding outdoor applications.
Thermal Properties
Heat Deflection Temperature:58-69℃
Mechanical Properties
Shore Hardness:78-88D Tensile Modulus:2649-2731MPa Tensile Strength:41-58MPa Elongation at Break:7-11% Flexural Strength:69-76MPa Flexural Modulus:2722-2792MPa Notched Impact:29-34KJ/㎡
Electrical Properties
Dielectric Constant:4.2-5.0
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Exceptional machinability
② Ultra-low shrinkage (<0.3%)
③ No yellowing after 2000h UV test
④ High-precision part formation
⑤ Excellent dimensional stability
Disadvantages
① Surface whitening after sanding
② Release agent affects painting
③ Precision sanding excludes release agent
① Exceptional machinability
② Ultra-low shrinkage (<0.3%)
③ No yellowing after 2000h UV test
④ High-precision part formation
⑤ Excellent dimensional stability
Disadvantages
① Surface whitening after sanding
② Release agent affects painting
③ Precision sanding excludes release agent
OLA 7000 EOS is a premium SLS nylon material printed using German-imported EOS equipment. It features excellent mechanical properties and a fine surface finish, making it well-suited for rapid manufacturing of plastic parts, spare part production, functional prototyping, master models for vacuum casting, and other moldless applications.
ThermalProperties
HeatDeflectionTemperature:132℃ MeltingPoint:183℃
MechanicalProperties
TensileStrength:35.8–38.6MPa TensileModulus:1600MPa ElongationatBreak:5.5%–14% FlexuralStrength:46.3MPa FlexuralModulus:1300MPa NotchedImpactStrength:4.9KJ/m² UnnotchedImpactStrength:13.2KJ/m²
ElectricalProperties
DielectricConstant:3.5
Max. Part Size:
360mm x 560mm x 660mm
Tolerance and Precision：
±300μm or ±0.3%
Advantages
① Excellent mechanical strength
② Smooth surface with high detail accuracy
③ High-precision EOS printing
④ Ideal for moldless functional/end-use parts
Disadvantages
① Slightly grainy surface texture
② Mechanical properties between resin and ABS levels
① Excellent mechanical strength
② Smooth surface with high detail accuracy
③ High-precision EOS printing
④ Ideal for moldless functional/end-use parts
Disadvantages
① Slightly grainy surface texture
② Mechanical properties between resin and ABS levels
OLA 6500 PEEK features outstanding toughness, biocompatibility, X-ray transparency, chemical resistance, and self-lubricating properties.
ThermalProperties
HeatDeflectionTemperature(ISO75,0.45MPa,1.80MPa):N/A MeltingTemperature(DSC,10℃/min):343℃ GlassTransitionTemperature(ISO11357):143℃
MechanicalProperties
Young'sModulus(X-Y,Z)(ISO527,GB/T1040):3042MPa;2763MPa TensileStrength(X-Y,Z)(ISO527,GB/T1040):73MPa;25.6MPa ElongationatBreak(X-Y,Z)(ISO527,GB/T1040):3.7%;1.3% Hardness(ASTMD2240):85ShoreD
Max. Part Size:
610mm × 508mm × 508mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Outstanding toughness and biocompatibility
② X-ray transparent, chemically resistant, and self-lubricating
Disadvantages
① Relatively low rigidity, moderate creep resistance, high cost
① Outstanding toughness and biocompatibility
② X-ray transparent, chemically resistant, and self-lubricating
Disadvantages
① Relatively low rigidity, moderate creep resistance, high cost
OLA Elastic2040
OLA Elastic2040 is a soft-touch, skin-safe elastomer that offers comfortable tactile feel and biocompatible compliance.
MechanicalProperties
Hardness:40(ShoreA) TensileStrength:6MPa Modulusat100%:0.49MPa Modulusat200%:0.81MPa TearStrength:13.5N/mm ElongationatBreak:530% ReboundResilience:48% Viscosity:4580mPa·s
AgingProperties
High-TemperatureThermalAgingTest:1600h
Max. Part Size:
230mm x 144mm x 350mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Soft, skin-friendly tactile feel with 40A Shore hardness (silicone-like elastomer)
② Skin-safe, low-odor material
③ Excellent elongation, good resilience, and fine detail resolution
④ Suitable for soft-touch applications, functional prototyping, and low-volume production
Disadvantages
① (No specific disadvantage provided for this material)
① Soft, skin-friendly tactile feel with 40A Shore hardness (silicone-like elastomer)
② Skin-safe, low-odor material
③ Excellent elongation, good resilience, and fine detail resolution
④ Suitable for soft-touch applications, functional prototyping, and low-volume production
Disadvantages
① (No specific disadvantage provided for this material)
.png)
Aluminum 6061 is a lightweight, high-strength alloy with excellent machinability, weldability, and corrosion resistance. It is one of the most popular aluminum materials for 3D printing, especially suitable for parts requiring good surface quality and mechanical performance.
As-Printed State
Surface roughness (sandblasted):≥7μm-Hardness:90±10HRB-Tensile strength:260±40MPa-Yield strength:202±40MPa-Elongation:14±5%
Post-Heat Treatment
Hardness:120±30HRB-Tensile strength:300±20MPa-Yield strength:250
Max. Part Size:
350mm × 400mm × 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Excellent machinability; easy to process and shape.
② Lightweight with low density; ideal for weight-sensitive applications.
③ Supports anodizing, electrophoresis, and other surface treatments for enhanced durability and appearance.
Disadvantages
① Poor heat resistance; maximum service temperature is 120°C.
② Slight surface porosity and visible layer lines; typical surface roughness around Ra ~10 μm.
① Excellent machinability; easy to process and shape.
② Lightweight with low density; ideal for weight-sensitive applications.
③ Supports anodizing, electrophoresis, and other surface treatments for enhanced durability and appearance.
Disadvantages
① Poor heat resistance; maximum service temperature is 120°C.
② Slight surface porosity and visible layer lines; typical surface roughness around Ra ~10 μm.
Combines high strength and excellent toughness with ultra-precision DLP printing. Capable of printing fine structures down to 50μm with machining tolerances up to ±30μm. Offers superior surface quality and dimensional accuracy, making it ideal for precision engineering.
ThermalProperties
HeatDeflectionTemperature:80℃
MechanicalProperties
TensileStrength:45MPa ElongationatBreak:15% FlexuralModulus:1500MPa FlexuralStrength:54MPa ShoreHardness:75D
ProcessingProperties
Viscosity:800cps
Max. Part Size:
84mm × 63mm × 70mm
Tolerance and Precision：
±30μm or ±0.03%
Advantages
① High strength and toughness balance
② Ultra-precise printing with ±30μm tolerance and 50μm minimum feature size
③ Excellent surface finish and dimensional control
① High strength and toughness balance
② Ultra-precise printing with ±30μm tolerance and 50μm minimum feature size
③ Excellent surface finish and dimensional control
Specially engineered for industrial applications requiring both mechanical performance and aesthetic appeal, OLA 8400 delivers functional and decorative excellence.
Thermal Properties
Heat Deflection Temperature:54-65℃ Coefficient of Thermal Expansion:90-103×10⁻⁶/℃
Mechanical Properties
Shore Hardness:78-85D Tensile Modulus:2649-2731MPa Elongation at Break:7-11% Flexural Strength:69-75MPa Flexural Modulus:2711-2789MPa Notched Impact:29-34J/m Poisson's Ratio:0.4-0.44
Electrical Properties
Dielectric Constant(1MHz):3.2-4.0
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Optimal balance of precision & toughness
② Exceptional 0.2% dimensional stability
③ Professional-grade black appearance
④ Superior machinability
Disadvantages
① Surface whitening after sanding
② Release agent affects paint adhesion
③ Recommend using as-printed surface
① Optimal balance of precision & toughness
② Exceptional 0.2% dimensional stability
③ Professional-grade black appearance
④ Superior machinability
Disadvantages
① Surface whitening after sanding
② Release agent affects paint adhesion
③ Recommend using as-printed surface
Vacuum Casting TPU(Colorful)
Excellent elasticity, good tensile strength and tear resistance
MechanicalProperties
ShoreHardness:0–100A Toughness:Good Shrinkage:0.8–1.3% Density:1.2–1.4
ThermalProperties
HeatResistance:70–80℃ LowTempResistance:-10℃ MoldingTemp:140–180℃
ElectricalProperties
DielectricConstant:4.2(60Hz)
Max. Part Size:
900mm × 650mm × 605mm
Tolerance and Precision：
±250μm or ±0.25%
Advantages
①Goodelasticity
②Reliabletensileandtearstrength
③Coldandozoneresistance
Disadvantages
①Colorvariationupto±25%
②NotsuitableforoilsorNaOHsolutions
③Solubleinmostconcentratedsolvents
④Heatresistanceupto80℃
①Goodelasticity
②Reliabletensileandtearstrength
③Coldandozoneresistance
Disadvantages
①Colorvariationupto±25%
②NotsuitableforoilsorNaOHsolutions
③Solubleinmostconcentratedsolvents
④Heatresistanceupto80℃
This professional black photopolymer resin delivers premium aesthetics and mechanical performance, ideal for high-end applications requiring paint-free finish.
Mechanical Properties
Tensile Modulus:2500MPa Tensile Strength:50MPa Elongation at Break:5-10% Flexural Modulus:2290MPa Notched Impact:24J/m
Thermal Properties
Heat Deflection Temperature:50℃
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① True black color without painting
② 0.2% dimensional stability
③ Superior water/moisture resistance
④ Excellent chemical resistance
⑤ Stable performance up to 50℃
Disadvantages
① Surface whitening after sanding
② Release agent affects paint adhesion
③ Recommend using as-printed surface
① True black color without painting
② 0.2% dimensional stability
③ Superior water/moisture resistance
④ Excellent chemical resistance
⑤ Stable performance up to 50℃
Disadvantages
① Surface whitening after sanding
② Release agent affects paint adhesion
③ Recommend using as-printed surface
OLA micro/nano translucent resin enables ultra-high-resolution 3D printing with feature sizes as small as 50μm and machining precision down to ±20μm. Suitable for ultra-thin endoscopic tips, microfluidic chips, and other compact medical structures.
ThermalProperties
HeatDeflectionTemperature(@0.45MPa):80℃
ElectricalProperties
DielectricConstant(ε/5GHz):3 DielectricLoss(tanδ/5GHz):3.53e-2
MechanicalProperties
TensileStrength:40MPa ElongationatBreak:3% FlexuralModulus:1500MPa FlexuralStrength:50MPa
ProcessingProperties
Viscosity:200cps
Max. Part Size:
84mm × 63mm × 70mm
Tolerance and Precision：
±20μm or ±0.02%
Advantages
① Excellent balance of mechanical strength and heat resistance
② Biocompatible for use in medical-grade components
③ High precision for micro-scale features (≥50μm)
Disadvantages
① Limited toughness, may not be suitable for high-impact parts
① Excellent balance of mechanical strength and heat resistance
② Biocompatible for use in medical-grade components
③ High precision for micro-scale features (≥50μm)
Disadvantages
① Limited toughness, may not be suitable for high-impact parts
PEEK 3D printing material is highly sought after in the medical industry due to its excellent biocompatibility and ability to be sterilized, making it ideal for custom medical implants. Additionally, its outstanding wear resistance and high-temperature stability make it a preferred material for producing aerospace parts and automotive components that require superior durability and thermal performance.
ThermalProperties
HeatDeflectionTemperature(ISO75-1-2020):280℃(0.45MPa),155℃(1.82MPa) MeltingPoint:343℃
MechanicalProperties
TensileModulus(ISO527-1-2019):3.5GPa TensileStrength(ISO527-1-2019):78MPa ElongationatBreak(ISO527-2018):2.5%
MaterialCharacteristics
Excellentchemical,oil,andheatresistance
Max. Part Size:
180mm x 180mm x 200mm
Tolerance and Precision：
±300μm or ±0.3%
Advantages
① High resistance to chemicals and oils.
② Excellent thermal stability with HDT up to 280 °C.
③ Biocompatible and suitable for sterilization.
Disadvantages
① High material cost.
① High resistance to chemicals and oils.
② Excellent thermal stability with HDT up to 280 °C.
③ Biocompatible and suitable for sterilization.
Disadvantages
① High material cost.
This ABS-like engineering resin combines strength with toughness, ideal for functional parts requiring long-term stability.
ThermalProperties
HeatDeflectionTemperature(0.45MPa):63℃ HeatDeflectionTemperature(1.82MPa):53℃
MechanicalProperties
TensileModulus:2.2GPa TensileStrength:46MPa ElongationatBreak:48% FlexuralModulus:1.9GPa FlexuralStrength:65MPa NotchedImpact:40J/m UnnotchedImpact:715J/m
Max. Part Size:
200mm × 125mm × 210mm
Tolerance and Precision：
±100μm or ±0.1%
Advantages
① ABS-comparable performance
② 48% ultra-high elongation
③ Outstanding impact resistance
④ Long-term creep resistance
⑤ 0.1mm high-precision printing
① ABS-comparable performance
② 48% ultra-high elongation
③ Outstanding impact resistance
④ Long-term creep resistance
⑤ 0.1mm high-precision printing
OLA PAT10 Full transparent
OLA PAT10 Full transparent is a fully transparent thermoplastic with high optical clarity (88.5% transmittance), excellent toughness, and long-term aging resistance (no yellowing after 8 years of indoor exposure), combined with a skin-friendly surface feel.
ThermalProperties
HeatDeflectionTemperature:67℃
MechanicalProperties
Hardness:81(ShoreD) FlexuralModulus:1.58GPa FlexuralStrength:67MPa NotchedImpactStrength:31J/m ElongationatBreak:25% TensileStrength:43MPa TensileModulus:1.62GPa WorkofFracture:13200J/m²
PhysicalProperties
WaterAbsorption:0.9%
Max. Part Size:
198mm × 123mm × 220mm
Tolerance and Precision：
±150μm or ±0.15%
Advantages
① High transparency (88.5% transmittance), prints fine and complex models with excellent surface quality
② Moderate toughness, drop-resistant from desktop height
③ UV aging test (equiv. 8 yrs indoor / 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
④ High-temp thermal aging test (equiv. 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
Disadvantages
① (No specific disadvantage provided)
① High transparency (88.5% transmittance), prints fine and complex models with excellent surface quality
② Moderate toughness, drop-resistant from desktop height
③ UV aging test (equiv. 8 yrs indoor / 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
④ High-temp thermal aging test (equiv. 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
Disadvantages
① (No specific disadvantage provided)
As our most popular economy-grade material, OLA 8200 resin delivers outstanding surface finish and remarkable toughness, making it ideal for cost-sensitive rapid prototyping and pre-production verification.
Thermal Properties
Glass Transition Temperature:40-57℃ Coefficient of Thermal Expansion:90-103×10⁻⁶/℃ Heat Deflection Temperature:39-52℃
Mechanical Properties
Tensile Modulus:2589-2695MPa Tensile Strength:38-56MPa Poisson's Ratio:0.4-0.44 Notched Impact Strength:35-55J/m Elongation at Break:12-20% Hardness:76-88 Shore D Flexural Modulus:2692-2775MPa Flexural Strength:69-74MPa Density:1.12-1.18g/cm³
Electrical Properties
Dielectric Constant(60Hz):4.2-5.0 Dielectric Constant(1kHz):3.3-4.2 Dielectric Constant(1MHz):3.2-4.0 Dielectric Strength:12.8-16.1kV/mm
Max. Part Size:
1600mm × 750mm × 600mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Superior surface finish (Ra<1μm)
② Excellent toughness
③ Wide post-processing compatibility
Disadvantages
① 15% higher shrinkage compared to OLA 8000
② Recommended for applications with ±0.3mm tolerance requirements
① Superior surface finish (Ra<1μm)
② Excellent toughness
③ Wide post-processing compatibility
Disadvantages
① 15% higher shrinkage compared to OLA 8000
② Recommended for applications with ±0.3mm tolerance requirements
.png)
This revolutionary elastic engineering resin combines polypropylene's toughness with engineering plastic's strength for unprecedented performance.
Thermal Properties
Heat Deflection Temperature(0.45MPa):66℃ Heat Deflection Temperature(1.82MPa):53℃
Mechanical Properties
Tensile Modulus:1.46GPa Tensile Strength:34MPa Elongation at Break:155% Flexural Modulus:1.37GPa Flexural Strength:41MPa Notched Impact:42J/m Unnotched Impact:910J/m
Max. Part Size:
200mm x 125mm x 210mm
Tolerance and Precision：
±100μm or ±0.1%
Advantages
① 155% ultra-high elongation
② Polypropylene-comparable flexibility
③ 42J/m impact resistance
④ Perfect stiffness-flexibility balance
⑤ Supports self-tapping screws
① 155% ultra-high elongation
② Polypropylene-comparable flexibility
③ 42J/m impact resistance
④ Perfect stiffness-flexibility balance
⑤ Supports self-tapping screws
High-temperature resistant and ultra-precision DLP resin. Capable of printing microstructures as small as 50μm with machining tolerance up to ±25μm.
ThermalProperties
HeatDeflectionTemperature:210℃
MechanicalProperties
TensileStrength:51MPa ElongationatBreak:2% FlexuralModulus:4300MPa FlexuralStrength:110MPa ShoreHardness:92D
ProcessingProperties
Viscosity:2000cps
Max. Part Size:
84mm × 63mm × 70mm
Tolerance and Precision：
±25μm or ±0.025%
Advantages
① High heat resistance up to 210°C
② Ultra-precision DLP printing, minimum feature size 50μm
③ Ideal for fine-detail components in harsh environments
① High heat resistance up to 210°C
② Ultra-precision DLP printing, minimum feature size 50μm
③ Ideal for fine-detail components in harsh environments
Vacuum Casting POM
A transparent, easy-to-process, easy-to-demold, low-shrinkage polyurethane resin with mechanical properties similar to POM.
ThermalProperties
HeatDeflectionTemp(HDT):84℃–100℃
MechanicalProperties
TensileStrength:60–73MPa LinearShrinkage:0.3% FlexuralModulus:1790–3400MPa FlexuralStrength:78–92MPa ImpactStrength:6–14KJ/m² Hardness:84–87D ElongationatBreak:0.8%–16%
Max. Part Size:
900mm × 650mm × 617mm
Tolerance and Precision：
±500μm or ±0.5%
Advantages
① High strength and rigidity
② Excellent dimensional stability
① High strength and rigidity
② Excellent dimensional stability
This versatile resin delivers the perfect balance between precision, aesthetics and strength for premium models and functional verification.
ThermalProperties
HeatDeflectionTemperature(1.8MPa):59℃ HeatDeflectionTemperature(0.45MPa):71℃
MechanicalProperties
ElongationatBreak:13% TensileModulus:2.675GPa TensileStrength:62MPa FlexuralModulus:2.75GPa FlexuralStrength:103MPa NotchedImpact:32J/m
Max. Part Size:
200mm × 125mm × 210mm
Tolerance and Precision：
±100μm or ±0.1%
Advantages
① Injection-molding-level smooth surface
② Precise 0.1mm detail reproduction
③ Premium matte dark finish
④ Perfect balance of strength & toughness
⑤ Heat resistance up to 71℃
⑥ Ideal for exhibition-grade models
① Injection-molding-level smooth surface
② Precise 0.1mm detail reproduction
③ Premium matte dark finish
④ Perfect balance of strength & toughness
⑤ Heat resistance up to 71℃
⑥ Ideal for exhibition-grade models
OLA 8200Pro is one of our flagship SLA resins, offering a well-balanced combination of strength and toughness. This material provides exceptional overall performance and outstanding value, making it ideal for a wide range of industrial applications. It is well-suited for master models, concept prototypes, general-purpose parts, and functional components in industries such as automotive, healthcare, and consumer electronics.
Thermal Properties
Heat Deflection Temperature:58°C
Physical Properties
Water Absorption:0.26%
Mechanical Properties
Tensile Modulus:2600 MPa Tensile Strength:52.3 MPa Elongation at Break:11% Yield Strain:3.4% Izod Impact Strength (Cantilever Beam):36 KJ/m
Max. Part Size:
800mm × 800mm × 550mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Smooth surface and high-detail reproduction
② Outstanding toughness for structural and functional testing
③ Enhanced thermal resistance suitable for small-scale production
Disadvantages
① Light yellow color may be less visually appealing compared to white materials
① Smooth surface and high-detail reproduction
② Outstanding toughness for structural and functional testing
③ Enhanced thermal resistance suitable for small-scale production
Disadvantages
① Light yellow color may be less visually appealing compared to white materials
OLA NylonCF
OLA NylonCF is a new composite material made of nylon reinforced with carbon fiber particles.
ThermalProperties
HeatDeflectionTemperature:143℃
MechanicalProperties
TensileModulus:2300-7515MPa TensileStrength:34.4-75.6MPa ElongationatBreak:1.2-1.9% FlexuralStrength:58.1-142MPa FlexuralModulus:1830-10620MPa NotchedImpactStrength:21.4-85
Max. Part Size:
914mm x 610mm x 914mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Retains nylon's inherent chemical resistance, corrosion resistance, and good processability
② Significantly improved mechanical properties and heat resistance
Disadvantages
① (No specific disadvantage provided for this material)
① Retains nylon's inherent chemical resistance, corrosion resistance, and good processability
② Significantly improved mechanical properties and heat resistance
Disadvantages
① (No specific disadvantage provided for this material)
This professional resin is specially developed for precision casting and detailed modeling applications.
ThermalProperties
HeatDeflectionTemperature:63℃ CoefficientofThermalExpansion:92×10⁻⁶/℃
MechanicalProperties
TensileStrength:40-58MPa TensileModulus:2511-2665MPa ElongationatBreak:11-16% FlexuralStrength:71-76MPa FlexuralModulus:2495-2565MPa ShoreHardness:88 NotchedImpact:30-40J/m
ElectricalProperties
DielectricConstant(60Hz):4.5
Max. Part Size:
192mm × 108mm × 200mm
Tolerance and Precision：
±100μm or ±0.1%
Advantages
① Ultra-high precision printing for fine details
② Mirror-like smooth surface without polishing
③ Excellent dimensional stability
④ Balanced hardness and toughness
⑤ Optimized for precision casting applications
Disadvantages
① Only available in orange color
① Ultra-high precision printing for fine details
② Mirror-like smooth surface without polishing
③ Excellent dimensional stability
④ Balanced hardness and toughness
⑤ Optimized for precision casting applications
Disadvantages
① Only available in orange color
OLA PA6+GF is a high-performance, glass fiber–reinforced polyamide material known for its outstanding mechanical properties, high heat resistance, and excellent chemical stability. With superior strength and stiffness, it is capable of withstanding heavy loads and impacts, making it ideal for demanding industrial applications.
ThermalProperties
HeatDeflectionTemperature:203℃ HeatDeflectionTemperature(Max):219℃
MechanicalProperties
TensileModulus:6585MPa TensileStrength:77MPa ElongationatBreak:1.7% FlexuralModulus:6066MPa FlexuralStrength:130MPa NotchedImpactStrength:4.2KJ/m² UnnotchedImpactStrength:13.6KJ/m²
Max. Part Size:
350mm × 350mm × 400mm
Tolerance and Precision：
±400 μm or ±0.4%
Advantages
① High thermal stability (203°C heat resistance)
② Extremely high mechanical strength/rigidity
③ Strong chemical corrosion resistance
Disadvantages
① Limited toughness
② Not suitable for threaded inserts/tapping
① High thermal stability (203°C heat resistance)
② Extremely high mechanical strength/rigidity
③ Strong chemical corrosion resistance
Disadvantages
① Limited toughness
② Not suitable for threaded inserts/tapping
Excellent elasticity, good tensile strength and tear resistance
MechanicalProperties
ShoreHardness:0-100A Toughness:Good Shrinkage:0.8-1.3% Density:1.2-1.4
ThermalProperties
HeatResistance:70-80℃ LowTempResistance:-10℃ MoldingTemp:140-180℃
ElectricalProperties
DielectricConstant:4.2(60Hz)
Max. Part Size:
900mm × 650mm × 607mm
Tolerance and Precision：
±250μm or ±0.25%
Advantages
① Good elasticity
② Reliable tensile and tear strength
③ Cold and ozone resistance
Disadvantages
① Color variation up to ±25%
② Not suitable for oils or NaOH solutions
③ Soluble in most concentrated solvents
④ Heat resistance up to 80℃
① Good elasticity
② Reliable tensile and tear strength
③ Cold and ozone resistance
Disadvantages
① Color variation up to ±25%
② Not suitable for oils or NaOH solutions
③ Soluble in most concentrated solvents
④ Heat resistance up to 80℃
An ultra-dense metal with extreme heat resistance and strength, used in aerospace, electronics, and high-temp tooling.
As-Printed State
Surface roughness (sandblasted) ≥10μm-Hardness: 450±30 HV-Yield strength: 800±50 MPa-Elongation: 3±1%-Tensile strength: 900±50 MPa
Post-Heat Treatment
Hardness: 500±30 HV-Yield strength: 850±50 MPa-Elongation: 4±1%-Tensile strength: 950±50 MPa
Key Notes
Extremely high density and melting point.-Poor ductility; cracks easily during processing.-Ideal for extreme heat and radiation shielding.
Max. Part Size:
350mm x 400mm x 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Ultra-high melting point (~3420°C) and density.
② Excellent wear and heat resistance.
③ Ideal for radiation shielding, aerospace, and electrical applications.
Disadvantages
① Extremely brittle; difficult to machine or post-process.
② High residual stress and cracking risk during printing.
① Ultra-high melting point (~3420°C) and density.
② Excellent wear and heat resistance.
③ Ideal for radiation shielding, aerospace, and electrical applications.
Disadvantages
① Extremely brittle; difficult to machine or post-process.
② High residual stress and cracking risk during printing.
OLA 7100Pro is a cost-effective nylon-like PA12 SLS material offering excellent mechanical properties and durability. It’s engineered for long-term usage, with high dimensional stability and consistent strength across all directions. Compared to traditional PA12, 7100Pro provides similar performance at a significantly lower cost, making it one of the most economical and widely applicable SLS materials on the market.
ThermalProperties
HeatDeflectionTemperature([email protected]):52℃ HeatDeflectionTemperature([email protected]):145℃ MeltingPoint(10℃/min):185.5℃
MechanicalProperties
ElongationatBreak(ISO527-1:2018):40%(X/Y) TensileModulus(ISO527-1:2019):1450MPa(X/Y) TensileStrength(ISO527-1:2019):42MPa(X/Y) FlexuralModulus(GB/T9341-2008):1400MPa(X/Y) FlexuralStrength(GB/T9341-2008):48MPa(X/Y) NotchedImpactStrength(GB/T1843-2008):10KJ/m²(X/Y) UnnotchedImpactStrength(GB/T1843-2008):32KJ/m²(X/Y)
Max. Part Size:
350mm × 350mm × 400mm
Tolerance and Precision：
±300 μm or ±0.3%
Advantages
① Excellent toughness and mechanical strength
② Isotropic properties (consistent across all directions)
③ Good heat and chemical resistance
④ Lower cost compared to standard PA12 SLS materials
⑤ Suitable for both prototyping and functional production parts
Disadvantages
① Not recommended for electrical insulation testing
① Excellent toughness and mechanical strength
② Isotropic properties (consistent across all directions)
③ Good heat and chemical resistance
④ Lower cost compared to standard PA12 SLS materials
⑤ Suitable for both prototyping and functional production parts
Disadvantages
① Not recommended for electrical insulation testing
This engineering thermoplastic is specially formulated for outdoor applications, combining ABS-like performance with superior weather resistance.
ThermalProperties
HeatDeflectionTemperature:91-98℃
MechanicalProperties
ShoreHardness:82 TensileStrength:30-33MPa TensileModulus:1950-2010MPa ElongationatBreak:3-9% FlexuralStrength:48-60MPa FlexuralModulus:1630-1870MPa NotchedImpact:64-321J/m
SafetyProperties
FlammabilityRating:HB
Max. Part Size:
1000mm × 610mm × 610mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Exceptional UV stability for outdoor use
② Excellent mechanical and processing properties
③ Outstanding impact resistance and weather ability
④ Versatile matte surface treatment options
⑤ Soluble supports for complex structures
Disadvantages
① Layer lines inherent to FDM process
② Not suitable for precision parts ≤100mm/≤100g
① Exceptional UV stability for outdoor use
② Excellent mechanical and processing properties
③ Outstanding impact resistance and weather ability
④ Versatile matte surface treatment options
⑤ Soluble supports for complex structures
Disadvantages
① Layer lines inherent to FDM process
② Not suitable for precision parts ≤100mm/≤100g
OLA 6910TPU-95A-HF
OLA 6910 TPU-95A-HF is a soft yet tough filament with superior impact resistance, ideal for parts subject to impact, drop, or collision.
ThermalProperties
HeatDeflectionTemperature(ISO75,0.45MPa,1.80MPa):N/A MeltingTemperature(DSC,10℃/min):183℃
MechanicalProperties
Young'sModulus(X-Y,Z)(ISO527,GB/T1040):9.8±0.7MPa;7.4±0.6MPa TensileStrength(X-Y,Z)(ISO527,GB/T1040):27.3±0.8MPa;22.3±0.6MPa ElongationatBreak(X-Y,Z)(ISO527,GB/T1040):>650%;>480% CharpyImpactStrength(X-Y)(ISO179,GB/T1043):123.2kJ/m² CharpyImpactStrength(Z)(ISO179,GB/T1043):86.3kJ/m²
Max. Part Size:
320mm x 320mm x 325mm
Tolerance and Precision：
±300μm or ±0.3%
Advantages
① Soft yet tough filament with superior impact resistance
Disadvantages
① (No specific disadvantage provided for this material)
① Soft yet tough filament with superior impact resistance
Disadvantages
① (No specific disadvantage provided for this material)
OLA heat-resistant resin
This professional-grade resin is engineered for high-temperature applications while maintaining exceptional precision.
Thermal Properties
Heat Deflection Temperature(0.45MPa):80℃
Mechanical Properties
Tensile Strength:42.7MPa Tensile Modulus:3235MPa Elongation at Break:1.5% Flexural Modulus:3165MPa
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Stable at 80℃ high temperature
② ±0.2% dimensional accuracy
③ Wear-resistant hard surface
④ Ideal for precision components
Disadvantages
① Minimum wall thickness ≥1.5mm
② Low toughness (1.5% elongation)
③ Not for high-impact applications
① Stable at 80℃ high temperature
② ±0.2% dimensional accuracy
③ Wear-resistant hard surface
④ Ideal for precision components
Disadvantages
① Minimum wall thickness ≥1.5mm
② Low toughness (1.5% elongation)
③ Not for high-impact applications
Vacuum Casting PA
A transparent, easy-to-process, easy-to-demold, low-shrinkage polyurethane resin with mechanical properties similar to nylon.
Max. Part Size:
900mm × 650mm × 611mm
Tolerance and Precision：
±500μm or ±0.5%
Advantages
① High strength
② Excellent heat resistance
① High strength
② Excellent heat resistance
OLA 6810 PPS-CF provides ultra-high temperature resistance, top flame retardancy, ultra-high mechanical performance, solvent and chemical resistance, and ultra-low moisture absorption.
ThermalProperties
HeatDeflectionTemperature(ISO75,0.45MPa,1.80MPa):264℃;235℃
MechanicalProperties
Young'sModulus(X-Y,Z)(ISO527,GB/T1040):8230±270MPa;2850±160MPa TensileStrength(X-Y,Z)(ISO527,GB/T1040):87±5MPa;24±3MPa ElongationatBreak(X-Y,Z)(ISO527,GB/T1040):1.2±0.4%;0.7±0.3% FlexuralModulus(X-Y,Z)(ISO178,GB/T9341):7160±280MPa;2460±190MPa FlexuralStrength(X-Y,Z)(ISO178,GB/T9341):142±5MPa;36±4MPa CharpyImpactStrength(X-Y)(ISO179,GB/T1043):27.8±2.3kJ/m²,6.2±1.6kJ/m²(notched) CharpyImpactStrength(Z)(ISO179,GB/T1043):2.8±0.4kJ/m²
Max. Part Size:
320mm × 320mm × 325mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Ultra-high temperature resistance, top-tier flame retardancy, ultra-high mechanical performance
② Solvent and chemical resistance, ultra-low moisture absorption
Disadvantages
① Process limitations—please order with caution for:
1- Surfaces with angles <45° (especially curves): rough finish, possible slight deformation
2- Parts with extensive supports: rough bottom support surfaces
3- Support-removed areas may lack smoothness
4- Default infill 15%; different densities affect pricing
① Ultra-high temperature resistance, top-tier flame retardancy, ultra-high mechanical performance
② Solvent and chemical resistance, ultra-low moisture absorption
Disadvantages
① Process limitations—please order with caution for:
1- Surfaces with angles <45° (especially curves): rough finish, possible slight deformation
2- Parts with extensive supports: rough bottom support surfaces
3- Support-removed areas may lack smoothness
4- Default infill 15%; different densities affect pricing
A vacuum casting material developed for producing PE and PP-like prototypes. It delivers a tactile feel and appearance similar to PE/PP parts.
ThermalProperties
HeatDeflectionTemp:70℃
MechanicalProperties
TensileStrength:34MPa LinearShrinkage:3mm/m FlexuralModulus(Young’s):960MPa FlexuralStrength:39MPa ImpactStrength:10KJ/m² ShoreHardness:76D ElongationatBreak:72%
Max. Part Size:
900mm × 650mm × 615mm
Tolerance and Precision：
±500μm or ±0.5%
Advantages
① Excellent toughness
② Long service life
③ Ideal for molding large-size parts
① Excellent toughness
② Long service life
③ Ideal for molding large-size parts
Vacuum Casting PMMA
A transparent, easy-to-process, easy-to-demold, low-shrinkage polyurethane resin with mechanical properties similar to acrylic (PMMA).
ThermalProperties
HeatDeflectionTemp(TMA):50℃–60℃
MechanicalProperties
TensileStrength(ISO527-84):55MPa LinearShrinkage:3mm/m FlexuralModulus(ISO178-93):1500MPa FlexuralStrength(ISO178-93):90MPa ImpactStrength(ISO179/ID-94):50KJ/m² Hardness(ISO868-85):78ShoreD ElongationatBreak(ISO37-77):13%
ProcessingProperties
MaxCastingThickness:5mm FullCureTime(at23℃):4days
Max. Part Size:
900mm × 650mm × 619mm
Tolerance and Precision：
±500μm or ±0.5%
Advantages
① Smoother surface finish than 3D prints
② Excellent balance of hardness and toughness
① Smoother surface finish than 3D prints
② Excellent balance of hardness and toughness
OLA 8100 resin combines precision with outstanding mechanical and thermal properties, making it ideal for functional verification under mechanical stress and temperature variations.
Thermal Properties
Heat Deflection Temperature:60℃
Mechanical Properties
Elongation at Break:11% Shore Hardness:82 Tensile Strength:56MPa Elastic Modulus:2654MPa Tensile Modulus:2964MPa Notched Impact Strength:38.9J/m Water Absorption:0.4%
Electrical Properties
Dielectric Constant(60Hz):3.9 Dielectric Constant(1KHz):3.7 Dielectric Strength:31kV/mm
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Superior mechanical properties vs OLA 8000 (for parts >1mm thickness)
② Supports various post-processing (painting/screen printing/plating)
③ Excellent heat resistance (HDT 60℃)
Disadvantages
① Not recommended for end-use products
② Slight layer lines on surface
③ Thin walls (<1mm) prone to deformation
④ Light yellow color
① Superior mechanical properties vs OLA 8000 (for parts >1mm thickness)
② Supports various post-processing (painting/screen printing/plating)
③ Excellent heat resistance (HDT 60℃)
Disadvantages
① Not recommended for end-use products
② Slight layer lines on surface
③ Thin walls (<1mm) prone to deformation
④ Light yellow color
OLA ESD Anti-Static Resin
Specially developed for electronics manufacturing to protect sensitive components from electrostatic damage.
ThermalProperties
HeatDeflectionTemperature(1.8MPa):54.2℃ HeatDeflectionTemperature(0.45MPa):62.2℃ CoefficientofThermalExpansion:123.7μm/m/℃
MechanicalProperties
ElongationatBreak:12% TensileModulus:1.937GPa TensileStrength:44.2MPa FlexuralModulus:1.841GPa FlexuralStrength:61MPa NotchedImpact:26J/m ShoreHardness:90D
ElectricalProperties
Surface/VolumeResistivity:ANSI/ESDS11.11compliant
Max. Part Size:
200mm × 125mm × 210mm
Tolerance and Precision：
±150μm or ±0.15%
Advantages
① Professional ESD dissipation
② 90D hardness for durability
③ 12% good toughness
④ Tailored for electronics workshops
⑤ Improves production yield
① Professional ESD dissipation
② 90D hardness for durability
③ 12% good toughness
④ Tailored for electronics workshops
⑤ Improves production yield
Vacuum Casting PC
A transparent, easy-to-process, easy-to-demold, low-shrinkage polyurethane resin with mechanical properties similar to polycarbonate (PC)
ThermalProperties
HeatDeflectionTemp:50–60℃
MechanicalProperties
TensileStrength:55MPa LinearShrinkage:3mm/m FlexuralModulus:1500MPa FlexuralStrength:90MPa ImpactStrength:50KJ/m² ShoreHardness:78D ElongationatBreak:16%
ProcessingProperties
MaxCastingThickness:5mm FullCureTime(at23℃):4days
Max. Part Size:
900mm × 650mm × 613mm
Tolerance and Precision：
±500μm or ±0.5%
Advantages
① Smoother surface finish than 3D prints
② Great combination of hardness and toughness
① Smoother surface finish than 3D prints
② Great combination of hardness and toughness
OLA TPU is a highly versatile material known for its flexibility, resilience, and ability to produce detailed and intricate parts. It is suitable for use in cushioning applications and wearable parts. The material has passed ISO 10993-10 (skin sensitization) and ISO 10993-5 (cytotoxicity) tests, making it skin-safe.
ThermalProperties
MeltingPoint:120℃–150℃
MechanicalProperties
TensileModulus:75–85MPa TensileStrength:7–9MPa ElongationatBreak:130%–280%
Max. Part Size:
Gray-Black (MJF): 377 mm × 277 mm × 380 mm
Tolerance and Precision：
±700 μm or ±0.7%
Advantages
① High flexibility and shock absorption
② Suitable for printing complex and detailed structures
③ Excellent UV and hydrolysis resistance
④ Biocompatible (ISO 10993-10/5 compliant)
Disadvantages
① Equipment/build size varies by color:
White: SLS 350×350×250mm
Gray-Black: MJF 377×277×380mm
① High flexibility and shock absorption
② Suitable for printing complex and detailed structures
③ Excellent UV and hydrolysis resistance
④ Biocompatible (ISO 10993-10/5 compliant)
Disadvantages
① Equipment/build size varies by color:
White: SLS 350×350×250mm
Gray-Black: MJF 377×277×380mm
OLA TPU is a highly versatile material known for its flexibility, resilience, and ability to produce detailed and intricate parts. It is suitable for use in cushioning applications and wearable parts. The material has passed ISO 10993-10 (skin sensitization) and ISO 10993-5 (cytotoxicity) tests, making it skin-safe.
ThermalProperties
MeltingPoint:120℃–150℃
MechanicalProperties
TensileModulus:75–85MPa TensileStrength:7–9MPa ElongationatBreak:130%–280% FlexuralModulus:70–75MPa NotchedImpactStrength:44–46kJ/m²
Max. Part Size:
White (SLS): 350 mm × 350 mm × 250 mm
Tolerance and Precision：
±700 μm or ±0.7%
Advantages
① High flexibility and shock absorption
② Suitable for printing complex and detailed structures
③ Excellent UV and hydrolysis resistance
④ Biocompatible (ISO 10993-10/5 compliant)
Disadvantages
① Equipment/build size varies by color:
White: SLS 350×350×250mm
Gray-Black: MJF 377×277×380mm
① High flexibility and shock absorption
② Suitable for printing complex and detailed structures
③ Excellent UV and hydrolysis resistance
④ Biocompatible (ISO 10993-10/5 compliant)
Disadvantages
① Equipment/build size varies by color:
White: SLS 350×350×250mm
Gray-Black: MJF 377×277×380mm
Titanium alloy TC4, also known as Ti6Al4V, is a medium-strength α-β phase titanium alloy with excellent mechanical properties, biocompatibility, and corrosion resistance. It is widely used in the aerospace, medical, and chemical industries.
As-Printed State
Surface roughness (sandblasted) ≥7μm-Hardness: HRC 38±3-Yield strength: 1050±50 MPa-Elongation: 7±3%-Tensile strength: 1230±50 MPa
Post-Heat Treatment
Hardness: HRC 35±3-Yield strength: 950±50 MPa-Elongation: 13±3%-Tensile strength: 1015±50 MPa
Key Notes
"As-printed" emphasizes the raw manufactured state.-"Post-heat treatment" replaces "heat-treated" for technical accuracy.-Units follow ISO/ASTM standards (e.g., MPa not Mpa).
Max. Part Size:
350mm x 400mm x 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① High strength with tensile strength up to 1230 ± 50 MPa.
② Low density (4.5 g/cm³), enabling lightweight components.
③ Excellent heat resistance up to 400 °C.
④ Superior corrosion resistance, ideal for harsh environments.
Disadvantages
① Minor surface pits and layer lines may be present.
② Surface roughness typically around Ra 10; may require post-processing for smoother finish.
① High strength with tensile strength up to 1230 ± 50 MPa.
② Low density (4.5 g/cm³), enabling lightweight components.
③ Excellent heat resistance up to 400 °C.
④ Superior corrosion resistance, ideal for harsh environments.
Disadvantages
① Minor surface pits and layer lines may be present.
② Surface roughness typically around Ra 10; may require post-processing for smoother finish.
OLA 7100 Nylon is a high-performance SLS material designed for functional prototyping and end-use parts. With excellent thermal stability, mechanical strength, and toughness, it is ideal for complex structural parts that require durability. The material prints without support structures, making it suitable for geometrically intricate components.
ThermalProperties
HeatDeflectionTemperature:129℃ MeltingPoint:183℃
MechanicalProperties
TensileStrength:33.4–41.4MPa TensileModulus:1600MPa ElongationatBreak:6.3–16% FlexuralStrength:46.3MPa FlexuralModulus:1300MPa NotchedImpactStrength:4.9KJ/m² UnnotchedImpactStrength:13.2KJ/m²
ElectricalProperties
DielectricConstant(60Hz):3.5
Max. Part Size:
350mm × 350mm × 400mm
Tolerance and Precision：
±300 μm or ±0.3%
Advantages
① High heat resistance and mechanical strength
② Good toughness for functional parts
③ Support-free printing for complex structures
Disadvantages
① Grainy surface finish (lower accuracy vs resin)
② Carbon powder content - conductive (not for electrical insulation)
① High heat resistance and mechanical strength
② Good toughness for functional parts
③ Support-free printing for complex structures
Disadvantages
① Grainy surface finish (lower accuracy vs resin)
② Carbon powder content - conductive (not for electrical insulation)
OLA Elastic2070
OLA Elastic2070 is a high-elasticity, tear-resistant elastomer with skin-safe compliance.
MechanicalProperties
Hardness:70(ShoreA) ReboundResilience:67% CompressionSet:15% Viscosity:4380mPa·s ElongationatBreak:370% TensileStrength:22MPa TearStrength:68N/mm
AgingProperties
High-TemperatureThermalAgingTest:1600h
ThermalProperties
HeatDeflectionTemperature:N/A
Max. Part Size:
230mm × 144mm × 350mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① High-performance elastomer with 70A Shore hardness (TPU-like properties)
② Excellent elongation at break, high tear resistance, and outstanding low-temperature flexibility (maintains elasticity at -27°C)
③ Passed skin-safety testing, suitable for mass production of footwear, shock-absorbing components, flexible fixtures, sportswear, consumer electronics, and medical models
④ High-temperature thermal aging test (equiv. 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
Disadvantages
① (No specific disadvantage provided for this material)
① High-performance elastomer with 70A Shore hardness (TPU-like properties)
② Excellent elongation at break, high tear resistance, and outstanding low-temperature flexibility (maintains elasticity at -27°C)
③ Passed skin-safety testing, suitable for mass production of footwear, shock-absorbing components, flexible fixtures, sportswear, consumer electronics, and medical models
④ High-temperature thermal aging test (equiv. 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
Disadvantages
① (No specific disadvantage provided for this material)
.png)
OLA 3280 is a high-glass-content resin with ceramic-like properties, engineered for demanding industrial applications.
ThermalProperties
HeatDeflectionTemperature(0.45MPa):163℃ HeatDeflectionTemperature(1.82MPa):82℃
MechanicalProperties
TensileStrength:65MPa TensileModulus:10GPa ElongationatBreak:1% FlexuralStrength:126MPa FlexuralModulus:9GPa NotchedImpact:16J/m ShoreHardness:90D
Max. Part Size:
200mm × 125mm × 210mm
Tolerance and Precision：
±100μm or ±0.1%
Advantages
① Industrial-grade hardness (90D)
② Stable at 163℃
③ Excellent chemical resistance
④ 0.1mm high precision
① Industrial-grade hardness (90D)
② Stable at 163℃
③ Excellent chemical resistance
④ 0.1mm high precision
A copper alloy offering high thermal/electrical conductivity and strength, widely used in electrodes and cooling channels.
As-Printed State
Surface roughness (sandblasted) ≥8μm-Hardness: 80±10 HRB-Yield strength: 200±20 MPa-Elongation: 18±5%-Tensile strength: 250±20 MPa
Post-Heat Treatment
Hardness: 110±10 HRB-Yield strength: 400±20 MPa-Elongation: 10±3%-Tensile strength: 470±20 MPa
Key Notes
Heat treatment improves strength and conductivity.-Surface oxidation is a concern for high-temp applications.-Used for cooling inserts and electrodes.
Max. Part Size:
350mm x 400mm x 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Excellent thermal and electrical conductivity; ideal for heat transfer components.
② Good mechanical strength after aging treatment.
③ Suitable for conformal cooling inserts and electrodes.
Disadvantages
① Prone to oxidation; surface protection may be needed.
② Limited elongation; brittle in as-printed state.
① Excellent thermal and electrical conductivity; ideal for heat transfer components.
② Good mechanical strength after aging treatment.
③ Suitable for conformal cooling inserts and electrodes.
Disadvantages
① Prone to oxidation; surface protection may be needed.
② Limited elongation; brittle in as-printed state.
OLA 6200 ASA (Black) is a rigid thermoplastic engineering material with mechanical properties similar to ABS. It is highly resistant to UV radiation and weathering, maintaining its color and shape even in harsh or prolonged sun exposure. This makes it ideal for printing outdoor-use parts and components.
ThermalProperties
HeatDeflectionTemperature:105.3℃
MechanicalProperties
TensileStrength(X-Y):43–44.6MPa TensileStrength(Z-axis):27.4±1.8MPa ElongationatBreak:6.1%–7.3% FlexuralStrength:73.4±2.1MPa IzodImpactStrength(Notched):10.3±0.4KJ/m²
Max. Part Size:
250mm × 250mm × 250mm
Tolerance and Precision：
±300μm or ±0.3%
Advantages
① Excellent UV resistance
② Strong mechanical properties and toughness
③ Good processability and outdoor durability
Disadvantages
① Parts larger than 200mm may be prone to warping
② Current process limitations:
Thin features under Ø2mm may break or be incomplete
Surfaces with inclination angles <45° may appear rough (imported materials recommended)
Large flat surfaces >150mm may warp (imported materials recommended)
Support-heavy models may show base roughness
Complex internal structures may retain unresolvable support material (water-soluble support recommended)
Note: We do not accept liability for the above design risks
① Excellent UV resistance
② Strong mechanical properties and toughness
③ Good processability and outdoor durability
Disadvantages
① Parts larger than 200mm may be prone to warping
② Current process limitations:
Thin features under Ø2mm may break or be incomplete
Surfaces with inclination angles <45° may appear rough (imported materials recommended)
Large flat surfaces >150mm may warp (imported materials recommended)
Support-heavy models may show base roughness
Complex internal structures may retain unresolvable support material (water-soluble support recommended)
Note: We do not accept liability for the above design risks
Excellent elasticity, good tensile strength and tear resistance
MechanicalProperties
Hardness:0-100A(customizable) Shrinkage:0.8-1.3% SpecificGravity:1.2-1.4
ThermalProperties
HeatResistance:70-80℃ Low-TempResistance:-10℃(brittlepoint) MoldingTemp:140-180℃
ElectricalProperties
DielectricConstant(60Hz):4.2
Max. Part Size:
900mm × 650mm × 600mm
Tolerance and Precision：
±250μm or ±0.25%
Advantages
① 30A-90A hardness selection
② Superior tear resistance
③ Good ozone & cold resistance
④ Suitable for large casting parts
Disadvantages
① Not resistant to concentrated solvents
② Not for oil contact applications
③ Incompatible with NaOH solution
① 30A-90A hardness selection
② Superior tear resistance
③ Good ozone & cold resistance
④ Suitable for large casting parts
Disadvantages
① Not resistant to concentrated solvents
② Not for oil contact applications
③ Incompatible with NaOH solution
OLA 6100ABS is a rigid thermoplastic engineering material known for its reliable mechanical strength and dimensional stability. Ideal for functional testing and prototyping, this material enables the production of 3D-printed components that closely resemble final products. It is widely used for general mechanical parts and wear-resistant components and supports post-processing techniques such as chrome plating and painting.
ThermalProperties
HeatDeflectionTemperature:104℃
MechanicalProperties
TensileStrength:32.5–34.1MPa ElongationatBreak:2.3%–3.1% FlexuralStrength:59±1.3MPa ImpactStrength(Notched,Izod):12.6±1.1KJ/m²
Max. Part Size:
300mm × 300mm × 300mm
Tolerance and Precision：
±300μm or ±0.3%
Advantages
① Well-balanced performance (strength/heat/electrical properties)
② High impact strength & chemical resistance
③ Compatible with chrome plating & painting
④ Ideal for functional testing & realistic prototyping
Limitations
① Processing limitations (non-liability notice):
Fragile structures <Ø2mm may fail
Low-angle surfaces (<45°) may show defects (imported materials recommended)
Large flat surfaces (>150mm) may warp (imported materials recommended)
Supported surfaces may exhibit roughness (imported materials recommended)
Complex internals may retain supports (water-soluble materials recommended)
Note: These are inherent FDM process limitations - premium imported materials available for critical applications
① Well-balanced performance (strength/heat/electrical properties)
② High impact strength & chemical resistance
③ Compatible with chrome plating & painting
④ Ideal for functional testing & realistic prototyping
Limitations
① Processing limitations (non-liability notice):
Fragile structures <Ø2mm may fail
Low-angle surfaces (<45°) may show defects (imported materials recommended)
Large flat surfaces (>150mm) may warp (imported materials recommended)
Supported surfaces may exhibit roughness (imported materials recommended)
Complex internals may retain supports (water-soluble materials recommended)
Note: These are inherent FDM process limitations - premium imported materials available for critical applications
OLA PETG-CF
OLA PETG-CF is a carbon fiber-reinforced PETG 3D printing filament that offers significantly higher strength than standard PETG, while retaining good toughness and a glossy surface finish. It is widely used for printing drones, racing models, and various functional parts requiring enhanced appearance and performance.
ThermalProperties
HeatDeflectionTemperature(ISO75,0.45MPa,1.80MPa):74℃;68℃
MechanicalProperties
Young'sModulus(X-Y,Z)(ISO527,GB/T1040):2460±230MPa;1340±150MPa TensileStrength(X-Y,Z)(ISO527,GB/T1040):35±5MPa;29±4MPa ElongationatBreak(X-Y,Z)(ISO527,GB/T1040):10.4±0.6%;4.7±0.4% FlexuralModulus(X-Y,Z)(ISO178,GB/T9341):2910±260MPa;1560±180MPa FlexuralStrength(X-Y,Z)(ISO178,GB/T9341):70±5MPa;48±4MPa CharpyImpactStrength(X-Y)(ISO179,GB/T1043):41.2±2.6kJ/m²,15.7±1.6kJ/m²(notched) CharpyImpactStrength(Z)(ISO179,GB/T1043):10.7±1.6kJ/m²
Max. Part Size:
320mm × 320mm × 325mm
Tolerance and Precision：
±300μm or ±0.3%
Advantages
① High toughness, impact resistance, and flexural resistance
② Carbon fiber texture with a matte finish
Disadvantages
① Process limitations—please order with caution for:
1- Surfaces with angles <45° (especially curves): rough finish, possible slight deformation
2- Parts with extensive supports: rough bottom support surfaces
3- Support-removed areas may lack smoothness
4- Default infill 15%; different densities affect pricing
① High toughness, impact resistance, and flexural resistance
② Carbon fiber texture with a matte finish
Disadvantages
① Process limitations—please order with caution for:
1- Surfaces with angles <45° (especially curves): rough finish, possible slight deformation
2- Parts with extensive supports: rough bottom support surfaces
3- Support-removed areas may lack smoothness
4- Default infill 15%; different densities affect pricing
OLA 7500 High-Performance Nylon (PA12) RAW color
OLA 7500 is a high-performance PA12 material optimized for MJF printing technology. It provides outstanding part quality with exceptional surface detail and dimensional accuracy, making it ideal for intricate components and complex assemblies. A preferred choice for internal structures, housings, connectors, and functional parts requiring precision.
Max. Part Size:
377mm × 277mm × 380mm
Tolerance and Precision：
±300 μm or ±0.3%
Advantages
① Superior detail resolution and dimensional accuracy
② Capable of printing fine holes, thin walls, and complex structures
③ Suitable for precise functional prototypes and internal components
Disadvantages
① Slight graininess (less than typical SLS nylon)
② Inconsistent coloration (black/gray finish only)
Note: Non-dyeing process limitation
① Superior detail resolution and dimensional accuracy
② Capable of printing fine holes, thin walls, and complex structures
③ Suitable for precise functional prototypes and internal components
Disadvantages
① Slight graininess (less than typical SLS nylon)
② Inconsistent coloration (black/gray finish only)
Note: Non-dyeing process limitation
A low-viscosity, easy-to-use polyurethane resin with excellent mechanical properties, ideal for prototypes similar to ABS thermoplastics.
ThermalProperties
GlassTransitionTemp:85℃
MechanicalProperties
TensileStrength:50MPa LinearShrinkage:2% FlexuralModulus:1800MPa FlexuralStrength:75MPa ImpactStrength:60KJ/m² ShoreHardness:78D
ProcessingProperties
MaxCastingThickness:10mm FullCureTime(23℃):4days
Max. Part Size:
900mm × 650mm × 609mm
Tolerance and Precision：
±500μm or ±0.5%
Advantages
① Smoother surface finish than 3D prints
② Excellent strength and thermal resistance
① Smoother surface finish than 3D prints
② Excellent strength and thermal resistance
.png)
As an ABS-like white resin, LY6000 delivers exceptional surface quality and well-balanced performance for both functional and cosmetic verification.
Thermal Properties
Heat Deflection Temperature:50-55℃ Glass Transition Temperature:65℃
Mechanical Properties
Water Absorption:0.27% Tensile Strength:52-58MPa Elongation at Break:10-15% Flexural Modulus:2300-2800MPa Flexural Strength:80-100MPa Notched Impact:20-30J/M Shore Hardness:80D
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Professional matte white finish
② Ultra-low 0.27% water absorption
③ Optimal toughness-strength balance
④ High dimensional stability (±0.2%)
① Professional matte white finish
② Ultra-low 0.27% water absorption
③ Optimal toughness-strength balance
④ High dimensional stability (±0.2%)
Max. Part Size:
Tolerance and Precision：
±300μm or ±0.3%
OLA ABS11 is a balanced ABS-like thermoplastic with high toughness, excellent stability, and machinability for drilling and tapping.
ThermalProperties
HeatDeflectionTemperature:63℃
MechanicalProperties
Hardness:81(ShoreD) FlexuralModulus:1.98GPa FlexuralStrength:86MPa NotchedImpactStrength:42J/m ElongationatBreak:21% WorkofFracture:6870J/m² TensileModulus:1.90GPa TensileStrength:54MPa
PhysicalProperties
WaterAbsorption:0.9%
Max. Part Size:
198mm × 123mm × 220mm
Tolerance and Precision：
±150μm or ±0.15%
Advantages
① High impact resistance and fracture resistance
② Long-term dimensional, performance, and color stability
③ Compatible with self-tapping screws, suitable for functional parts and end-use enclosures
④ UV aging test (equiv. 8 yrs indoor / 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
⑤ High-temp thermal aging test (equiv. 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
Disadvantages
① (No specific disadvantage provided for this material)
① High impact resistance and fracture resistance
② Long-term dimensional, performance, and color stability
③ Compatible with self-tapping screws, suitable for functional parts and end-use enclosures
④ UV aging test (equiv. 8 yrs indoor / 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
⑤ High-temp thermal aging test (equiv. 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
Disadvantages
① (No specific disadvantage provided for this material)
.png)
OLA 6130 Carbon-Fiber Reinforced Nylon (PA6+CF)
OLA 6130 PA6+CF is a carbon fiber–reinforced nylon material that delivers superior strength, stiffness, and heat resistance. Engineered for high-performance applications, it can replace traditional aluminum alloys and is suitable for complex load-bearing structures. Ideal for functional testing, small-batch production, and parts traditionally made via CNC or injection molding.
ThermalProperties
HeatDeflectionTemperature([email protected]):210℃ HeatDeflectionTemperature([email protected]):214℃
MechanicalProperties
TensileModulus(ISO527-1:2019):10000MPa TensileStrength(ISO527-1:2019):110MPa ElongationatBreak(ISO527-1:2018):2.5% FlexuralModulus(ISO178:2019):6000MPa FlexuralStrength(ISO178:2019):135MPa NotchedImpactStrength(ISO180:2019):4KJ/m² UnnotchedImpactStrength(ISO180:2019):25KJ/m²
Max. Part Size:
335mm × 335mm × 400mm
Tolerance and Precision：
±300 μm or ±0.3%
Advantages
① Exceptional mechanical strength and stiffness
② Excellent wear and heat resistance
③ Suitable for metal replacement in structural components
④ Corrosion-resistant for demanding industrial environments
Disadvantages
① Large shell parts may experience deformation
① Exceptional mechanical strength and stiffness
② Excellent wear and heat resistance
③ Suitable for metal replacement in structural components
④ Corrosion-resistant for demanding industrial environments
Disadvantages
① Large shell parts may experience deformation
OLA 7200Pro Glass-Filled Nylon
OLA 7200Pro is a gray-black, glass bead–filled nylon material featuring a unique balance of excellent rigidity and good elongation at break. It is particularly suited for applications requiring high stiffness, heat resistance, and wear durability. This material is optimized for repeated use in demanding industrial environments.
ThermalProperties
HeatDeflectionTemp(ASTMD648,1.8MPa):126℃ HeatDeflectionTemp(ASTMD648,0.45MPa):184.4℃
MechanicalProperties
ElongationatBreak(ASTMD638):5%–8% TensileModulus(ASTMD256):2398MPa TensileStrength(ASTMD638):32MPa FlexuralModulus(ASTMD790):2241MPa FlexuralStrength(ASTMD790):71MPa NotchedIzodImpact(ASTMD256):29J/m UnnotchedIzodImpact(ASTMD256):264J/m
Max. Part Size:
Equipment Size: 550 mm × 550 mm × 850 mm Minimum Build Size: 500 mm × 500 mm × 820 mm
Tolerance and Precision：
±300 μm or ±0.3%
Advantages
① Excellent strength and heat resistance
② High reusability for repeated production cycles
③ Suitable for demanding mechanical/thermal conditions
Disadvantages
① Slightly rough surface texture
② Not ideal for smooth finish applications
① Excellent strength and heat resistance
② High reusability for repeated production cycles
③ Suitable for demanding mechanical/thermal conditions
Disadvantages
① Slightly rough surface texture
② Not ideal for smooth finish applications
This professional-grade 3D printing resin combines exceptional toughness with high-temperature resistance, expanding possibilities for functional end-use parts.
Thermal Properties
Heat Deflection Temperature:62℃
Mechanical Properties
Elongation at Break:24% Shore Hardness:83 Tensile Strength:46MPa Poisson's Ratio:0.45 Tensile Modulus:2310MPa Flexural Strength:73MPa Flexural Modulus:2050MPa Notched Impact:47J/m Water Absorption:0.75%
Electrical Properties
Dielectric Constant(60Hz):4.6 Dielectric Constant(1KHz):4.2 Dielectric Constant(1MHz):3.7 Dielectric Strength:17.7kV/mm
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Outstanding strength and high toughness
② Wide range of applications
③ Combines high precision with surface quality
④ Heat resistance up to 60°C
Disadvantages
① Support marks on contact surfaces
② Color variation after sanding
① Outstanding strength and high toughness
② Wide range of applications
③ Combines high precision with surface quality
④ Heat resistance up to 60°C
Disadvantages
① Support marks on contact surfaces
② Color variation after sanding
OLA PA11Pro is a high-performance nylon material made from castor oil, offering 100% bio-based environmental benefits. It provides exceptional ductility and impact resistance, making it ideal for mass production of strong, detailed parts across various industrial applications. Compared to PA12, PA11Pro is better suited for parts requiring flexibility and durability under dynamic stress.
ThermalProperties
HeatDeflectionTemperature:185℃(0.45MPa),47℃(1.82MPa)
MechanicalProperties
TensileModulus(ASTMD638):1.53GPa TensileStrength(ASTMD638):51MPa ElongationatBreak(ASTMD638):30% FlexuralModulus(ASTMD790):1.34GPa FlexuralStrength(ASTMD790):51MPa NotchedIzodImpactStrength(ASTMD256):7.4J/m
Max. Part Size:
299mm × 199mm × 283mm
Tolerance and Precision：
±300 μm or ±0.3%
Advantages
① Outstanding ductility and impact resistance
② More suitable for mass production than PA12
③ 100% bio-based and sustainable
④ Excellent for producing durable, complex functional parts
Disadvantages
① Slight color inconsistency (top surfaces darker than sides)
② Post-processing may affect biocompatibility compliance
① Outstanding ductility and impact resistance
② More suitable for mass production than PA12
③ 100% bio-based and sustainable
④ Excellent for producing durable, complex functional parts
Disadvantages
① Slight color inconsistency (top surfaces darker than sides)
② Post-processing may affect biocompatibility compliance
OLA 6610 PA6-CF delivers high toughness, impact resistance, shock absorption, and high-temperature resistance.
ThermalProperties
HeatDeflectionTemperature(ISO75,0.45MPa,1.80MPa):186℃;164℃
MechanicalProperties
Young'sModulus(X-Y,Z)(ISO527,GB/T1040):4430±310MPa;2170±230MPa TensileStrength(X-Y,Z)(ISO527,GB/T1040):102±7MPa;48±6MPa ElongationatBreak(X-Y,Z)(ISO527,GB/T1040):6.2±0.3%;3.3±0.3% FlexuralModulus(X-Y,Z)(ISO178,GB/T9341):5460±280MPa;2240±220MPa FlexuralStrength(X-Y,Z)(ISO178,GB/T9341):151±8MPa;80±7MPa CharpyImpactStrength(X-Y)(ISO179,GB/T1043):40.3±2.5kJ/m²,13.4±1.7kJ/m²(notched) CharpyImpactStrength(Z)(ISO179,GB/T1043):15.5±1.7kJ/m²
Max. Part Size:
320mm × 320mm × 325mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① High toughness, impact resistance, shock absorption, and high-temperature resistance
Disadvantages
① Long-term exposure to humid environments may reduce strength and stiffness
② High-infill or large-size prints prone to warping
③ Process limitations—please order with caution for:
1- Surfaces with angles <45° (especially curves): rough finish, possible slight deformation
2- Parts with extensive supports: rough bottom support surfaces
3- Support-removed areas may lack smoothness
4- Default infill 15%; different densities affect pricing
① High toughness, impact resistance, shock absorption, and high-temperature resistance
Disadvantages
① Long-term exposure to humid environments may reduce strength and stiffness
② High-infill or large-size prints prone to warping
③ Process limitations—please order with caution for:
1- Surfaces with angles <45° (especially curves): rough finish, possible slight deformation
2- Parts with extensive supports: rough bottom support surfaces
3- Support-removed areas may lack smoothness
4- Default infill 15%; different densities affect pricing
OLA 8228 resin is a premium photopolymer resin offering exceptional hardness, accuracy and heat resistance, widely used for industrial functional and cosmetic verification.
Thermal Properties
Heat Deflection Temperature:56.4℃
Mechanical Properties
Shore Hardness:83 Water Absorption:0.44% Tensile Modulus:3200MPa Tensile Strength:62.4MPa Flexural Strength:83.1MPa Flexural Modulus:2390MPa Elongation at Break:16%
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Superior surface finish (Ra<1μm)
② Balanced mechanical performance
③ 24-hour rapid turnaround
④ Outstanding dimensional stability (±0.2%)
Disadvantages
① Only available in light green
② Inherent layer lines (SLA characteristic)
③ Potential support marks in complex cavities
① Superior surface finish (Ra<1μm)
② Balanced mechanical performance
③ 24-hour rapid turnaround
④ Outstanding dimensional stability (±0.2%)
Disadvantages
① Only available in light green
② Inherent layer lines (SLA characteristic)
③ Potential support marks in complex cavities
As an authorized DSM IMAGE8000 resin, this material excels in surface quality, dimensional accuracy and moisture resistance, making it ideal for applications demanding premium aesthetics and environmental durability.
Thermal Properties
Heat Deflection Temperature:46℃
Mechanical Properties
Shore Hardness:79 Tensile Strength:35MPa Elongation at Break:6-9% Elastic Modulus:2370-2650MPa Flexural Strength:67MPa Flexural Modulus:2178-2222MPa Notched Impact:23-29J/m Water Absorption:0.4% Poisson's Ratio:0.41
Electrical Properties
Dielectric Constant(60Hz):3.8 Dielectric Constant(1KHz):3.7 Dielectric Constant(1MHz):3.4 Dielectric Strength:17.9kV/mm
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Mirror-like finish for easy post-processing
② 99% detail reproduction accuracy
③ Excellent moisture resistance
④ Internationally certified for safety
⑤ Compatible with various finishing techniques
Disadvantages
① Moderate strength (not for load-bearing)
② Relatively brittle (6-9% elongation)
③ Limited heat resistance (max 46℃)
① Mirror-like finish for easy post-processing
② 99% detail reproduction accuracy
③ Excellent moisture resistance
④ Internationally certified for safety
⑤ Compatible with various finishing techniques
Disadvantages
① Moderate strength (not for load-bearing)
② Relatively brittle (6-9% elongation)
③ Limited heat resistance (max 46℃)
OLA TPU is a highly versatile material known for its flexibility, resilience, and ability to produce detailed and intricate parts. It is suitable for use in cushioning applications and wearable parts. The material has passed ISO 10993-10 (skin sensitization) and ISO 10993-5 (cytotoxicity) tests, making it skin-safe.
ThermalProperties
MeltingPoint:120℃–150℃
MechanicalProperties
TensileModulus:75–85MPa TensileStrength:7–9MPa ElongationatBreak:130%–280% FlexuralModulus:70–75MPa NotchedImpactStrength:44–46kJ/m²
Max. Part Size:
White (SLS): 350 mm × 350 mm × 250 mm
Tolerance and Precision：
±700 μm or ±0.7%
Advantages
① High flexibility and shock absorption
② Suitable for printing complex and detailed structures
③ Excellent UV and hydrolysis resistance
④ Biocompatible (ISO 10993-10/5 compliant)
Disadvantages
① Equipment/build size varies by color:
White: SLS 350×350×250mm
Gray-Black: MJF 377×277×380mm
① High flexibility and shock absorption
② Suitable for printing complex and detailed structures
③ Excellent UV and hydrolysis resistance
④ Biocompatible (ISO 10993-10/5 compliant)
Disadvantages
① Equipment/build size varies by color:
White: SLS 350×350×250mm
Gray-Black: MJF 377×277×380mm
A pure titanium with excellent corrosion resistance and biocompatibility, ideal for medical, chemical, and marine uses.
As-Printed State
Surface roughness (sandblasted) ≥7μm-Hardness: 160±10 HV-Yield strength: 300±20 MPa-Elongation: 30±5%-Tensile strength: 450±30 MPa
Post-Heat Treatment
Hardness: 170±10 HV-Yield strength: 320±20 MPa-Elongation: 32±4%-Tensile strength: 470±30 MPa
Key Notes
Low strength but excellent biocompatibility and corrosion resistance.-Common in chemical processing and implants.-Reacts with oxygen at high temperatures.
Max. Part Size:
350mm x 400mm x 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① High-purity titanium with superior corrosion resistance.
② Lightweight and highly biocompatible; suitable for medical and chemical use.
③ Good formability and weldability.
Disadvantages
① Low strength compared to alloyed titanium grades.
② Reactive at high temperatures; requires inert atmosphere processing.
① High-purity titanium with superior corrosion resistance.
② Lightweight and highly biocompatible; suitable for medical and chemical use.
③ Good formability and weldability.
Disadvantages
① Low strength compared to alloyed titanium grades.
② Reactive at high temperatures; requires inert atmosphere processing.
17-4PH is a precipitation-hardened stainless steel known for its excellent corrosion resistance, high tensile strength at room temperature, and good weldability. It is widely used in tire mold manufacturing, medical applications, and various industrial tooling scenarios.
As-Printed State
Surface roughness (sandblasted): ≥6 μm-Hardness: HRB 94±3-Tensile strength: 900±100 MPa-Yield strength: 560±100 MPa-Elongation: 28±2%
Post-Heat Treatment
Hardness: HRB 41±3-Tensile strength: 1300±100 MPa-Yield strength: 1100±100 MPa-Elongation: 16±2%
Key Notes
"As-printed" refers to direct metal laser sintered (DMLS) state-H900 heat treatment condition shown (solution annealed + aged)-Hardness converts to ~HRC 38 as-printed / HRC 22 post-treatment
Max. Part Size:
320mm × 360mm × 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① High tensile strength up to 1310 MPa (after heat treatment).
② High surface hardness, reaching ~41 HRC.
③ Good thermal stability, with performance up to 400 °C.
Disadvantages
① Reduced elongation after heat treatment (≤16%).
② Very low or negligible magnetism post-treatment.
① High tensile strength up to 1310 MPa (after heat treatment).
② High surface hardness, reaching ~41 HRC.
③ Good thermal stability, with performance up to 400 °C.
Disadvantages
① Reduced elongation after heat treatment (≤16%).
② Very low or negligible magnetism post-treatment.
OLA 6320 PET-CF offers excellent dimensional stability, high rigidity, low creep, low warpage, abrasion resistance, UV resistance, with long-term color stability and scratch resistance.
ThermalProperties
HeatDeflectionTemperature(ISO75,0.45MPa,1.80MPa):147.5℃;105℃ MeltingTemperature(DSC,10℃/min):241.3℃ GlassTransitionTemperature(ISO11357):79.3℃ FlameRating:UL94HB
MechanicalProperties
Young'sModulus(X-Y,Z)(ISO527,GB/T1040):5481.0±223.7MPa;3558.8±260.4MPa TensileStrength(X-Y,Z)(ISO527,GB/T1040):65.9±1.0MPa;27.9±1.3MPa ElongationatBreak(X-Y,Z)(ISO527,GB/T1040):2.4±0.5%;0.8±0.1% FlexuralModulus(X-Y,Z)(ISO178,GB/T9341):4744.4±136.3MPa;2768.2±422.6MPa FlexuralStrength(X-Y,Z)(ISO178,GB/T9341):109.3±2.0MPa;43.4±8.8MPa CharpyImpactStrength(X-Y)(ISO179,GB/T1040):25.1±2.8kJ/m² CharpyImpactStrength(Z)(ISO179,GB/T1040):3.1±0.7kJ/m²
Max. Part Size:
1200mm × 600mm × 600mm
Tolerance and Precision：
±100μm or ±0.1%
Advantages
① Excellent dimensional stability, high rigidity, low creep, low warpage
② Abrasion and UV resistance, long-term color stability, scratch resistance
Disadvantages
① (No specific disadvantage provided for this material)
① Excellent dimensional stability, high rigidity, low creep, low warpage
② Abrasion and UV resistance, long-term color stability, scratch resistance
Disadvantages
① (No specific disadvantage provided for this material)
OLA PAM10 is a balanced-performance thermoplastic with low shrinkage tolerances, offering excellent dimensional stability and consistent part accuracy for functional applications.
ThermalProperties
HeatDeflectionTemperature:63℃
MechanicalProperties
Hardness:82(ShoreD) FlexuralModulus:1.54GPa FlexuralStrength:60MPa NotchedImpactStrength:50J/m ElongationatBreak:25% TensileStrength:47MPa TensileModulus:1.49GPa WorkofFracture:7480J/m²
PhysicalProperties
WaterAbsorption:1.2%
Max. Part Size:
198mm x 123mm x 220mm
Tolerance and Precision：
±150μm or ±0.15%
Advantages
① Balanced performance comparable to ABS, suitable for end-use product enclosures
② UV aging test (equivalent to 8 years indoor or 1 year outdoor exposure): mechanical property degradation < 30%, no significant color change (△E < 2), dimensional deviation within ±0.1mm
③ High-temperature thermal aging test (equivalent to 1 year outdoor exposure): mechanical property degradation < 30%, no significant color change (△E < 2), dimensional deviation within ±0.1mm
Disadvantages
① (No specific disadvantage provided for this material; to match format, you may insert known limitations if applicable, e.g., limited chemical resistance or higher cost compared to standard ABS)
① Balanced performance comparable to ABS, suitable for end-use product enclosures
② UV aging test (equivalent to 8 years indoor or 1 year outdoor exposure): mechanical property degradation < 30%, no significant color change (△E < 2), dimensional deviation within ±0.1mm
③ High-temperature thermal aging test (equivalent to 1 year outdoor exposure): mechanical property degradation < 30%, no significant color change (△E < 2), dimensional deviation within ±0.1mm
Disadvantages
① (No specific disadvantage provided for this material; to match format, you may insert known limitations if applicable, e.g., limited chemical resistance or higher cost compared to standard ABS)
This engineering-grade resin delivers optimal balance of properties for end-use products and long-term applications.
Thermal Properties
Heat Deflection Temperature(0.45MPa):60℃
Mechanical Properties
Shore Hardness:84D Tensile Strength:69MPa Tensile Modulus:2.29GPa Elongation at Break:23% Flexural Modulus:2.30GPa Flexural Strength:109MPa Notched Impact:35J/m
Max. Part Size:
198mm × 123mm × 220mm
Tolerance and Precision：
±150μm or ±0.15%
Advantages
① 69MPa strength with 23% elongation
② 2.3GPa high flexural modulus
③ Long-term creep resistance
④ Production-ready dimensional stability
⑤ Wear-resistant smooth surface
① 69MPa strength with 23% elongation
② 2.3GPa high flexural modulus
③ Long-term creep resistance
④ Production-ready dimensional stability
⑤ Wear-resistant smooth surface
Inconel718
A high-strength nickel alloy with superb corrosion and heat resistance, widely used in aerospace and power systems.
As-Printed State
Surface roughness (sandblasted) ≥7μm-Hardness: HRC 32±2-Yield strength: 950±50 MPa-Elongation: 22±3%-Tensile strength: 1060±50 MPa
Post-Heat Treatment
Hardness: HRC 44±2-Yield strength: 1250±50 MPa-Elongation: 12±3%-Tensile strength: 1450±50 MPa
Key Notes
Maintains strength up to 700°C.-Age hardening critical for full performance.-Widely used in aerospace and turbine parts.
Max. Part Size:
350mm x 400mm x 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Outstanding mechanical performance at up to 700°C.
② Corrosion and oxidation resistant in harsh environments.
③ Excellent weldability and aging response.
Disadvantages
① High processing cost; material is expensive.
② Susceptible to cracking if not heat-treated properly.
① Outstanding mechanical performance at up to 700°C.
② Corrosion and oxidation resistant in harsh environments.
③ Excellent weldability and aging response.
Disadvantages
① High processing cost; material is expensive.
② Susceptible to cracking if not heat-treated properly.
.png)
A tin bronze alloy with good wear and corrosion resistance, suitable for bearings, bushings, and structural parts.
As-Printed State
Surface roughness (sandblasted) ≥8μm-Hardness: 80±10 HRB-Yield strength: 200±20 MPa-Elongation: 18±5%-Tensile strength: 250±20 MPa
Post-Heat Treatment
Hardness: 110±10 HRB-Yield strength: 400±20 MPa-Elongation: 10±3%-Tensile strength: 470±20 MPa
Key Notes
Heat treatment improves strength and conductivity.-Surface oxidation is a concern for high-temp applications.-Used for cooling inserts and electrodes.
Max. Part Size:
350mm x 400mm x 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Excellent corrosion and wear resistance.
② Good castability and pressure resistance.
③ Suitable for marine and mechanical parts such as bushings and bearings.
Disadvantages
① Moderate strength; not suitable for high-load applications.
② Surface roughness requires polishing for high-precision use.
① Excellent corrosion and wear resistance.
② Good castability and pressure resistance.
③ Suitable for marine and mechanical parts such as bushings and bearings.
Disadvantages
① Moderate strength; not suitable for high-load applications.
② Surface roughness requires polishing for high-precision use.
OLA ABS is a rigid thermoplastic engineering material with excellent mechanical properties and stable material characteristics, enabling accurate functional testing and production of 3D prototypes that closely resemble end-use products.
ThermalProperties
HeatDeflectionTemperature:82-96℃ FlameRating:UL94HB
MechanicalProperties
Hardness:109.5 TensileStrength:28-32MPa TensileModulus:2180-2230MPa ElongationatBreak:2-7% FlexuralStrength:48-60MPa FlexuralModulus:1760-2060MPa NotchedImpactStrength:128-300
Max. Part Size:
1000mm x 610mm x 610mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Up to 25–70% higher strength than standard ABS, suitable for tools and end-use parts
② Higher tensile, impact, and flexural strength than standard ABS
③ Stronger, smoother parts with better functional details
Disadvantages
① (No specific disadvantage provided for this material)
① Up to 25–70% higher strength than standard ABS, suitable for tools and end-use parts
② Higher tensile, impact, and flexural strength than standard ABS
③ Stronger, smoother parts with better functional details
Disadvantages
① (No specific disadvantage provided for this material)
.jpg)
This resin offers the highest temperature resistance among 3D printing materials, with HDT up to 238℃ after post-curing.
ThermalProperties
HeatDeflectionTemperature(0.45MPa):120℃(standard)/238℃(post-cured) HeatDeflectionTemperature(1.82MPa):78℃
MechanicalProperties
TensileModulus:2.8GPa TensileStrength:58MPa ElongationatBreak:3.3% FlexuralModulus:2.6GPa FlexuralStrength:95MPa NotchedImpact:18J/m
Max. Part Size:
200mm × 125mm × 210mm
Tolerance and Precision：
±100μm or ±0.1%
Advantages
① Industry-leading 238℃ HDT (post-cured)
② 2.8GPa high tensile modulus
③ Exceptional thermal stability
④ Suitable for hot fluid environments
⑤ Ideal for precision high-temp parts
Disadvantages
① Requires 6h additional post-curing
② ~30% cost increase for post-curing
③ Relatively low toughness (3.3%)
① Industry-leading 238℃ HDT (post-cured)
② 2.8GPa high tensile modulus
③ Exceptional thermal stability
④ Suitable for hot fluid environments
⑤ Ideal for precision high-temp parts
Disadvantages
① Requires 6h additional post-curing
② ~30% cost increase for post-curing
③ Relatively low toughness (3.3%)
316L stainless steel is a low-carbon, austenitic alloy widely used for its exceptional resistance to chemicals, acids, and high temperatures. As a biocompatible, food-grade material, it’s ideal for aerospace, medical implants, molds, prototypes, and luxury jewelry. It maintains strength and ductility under demanding conditions, making it a reliable choice for functional and end-use parts.
Surface Characteristics
Surface Roughness (As-Sandblasted): ≥6 μm
As-Printed State
Hardness: 93±3 HRB-Tensile Strength: 700±100 MPa-Yield Strength: 510±100 MPa-Elongation: 35±10%
After Heat Treatment
Hardness: 93±3 HRB-Tensile Strength: 720±100 MPa-Yield Strength: 520±100 MPa-Elongation: 32±10%
Max. Part Size:
420mm × 420mm × 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Excellent corrosion resistance in air, steam, water, acids, and alkalis.
② High-temperature resistance up to 900°C.
③ Certified for medical and food-grade applications.
④ Maintains mechanical properties after post-processing.
Disadvantages
① Visible surface texture (Ra ~10 μm); minor pits and layer lines may appear.
② Higher density (7.9 g/cm³); not suitable for lightweight applications.
① Excellent corrosion resistance in air, steam, water, acids, and alkalis.
② High-temperature resistance up to 900°C.
③ Certified for medical and food-grade applications.
④ Maintains mechanical properties after post-processing.
Disadvantages
① Visible surface texture (Ra ~10 μm); minor pits and layer lines may appear.
② Higher density (7.9 g/cm³); not suitable for lightweight applications.
OLA Elastic2080
OLA Elastic2080 is a high-tear-resistance elastomer with lightweight lattice-structure capability and skin-safe compliance.
MechanicalProperties
Hardness:80(ShoreA) TensileStrength:25MPa(Black),32MPa(Translucent) Modulusat100%:0.49MPa Modulusat200%:0.81MPa TearStrength:60N/mm ElongationatBreak:218%(Black),234%(Translucent) ReboundResilience:48% Viscosity:4900mPa·s
AgingProperties
High-TemperatureThermalAgingTest:1600h
Max. Part Size:
230mm × 144mm × 350mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① High-performance, production-grade elastomer with 80A Shore hardness (comparable to TPU)
② Excellent elongation, tear resistance, resilience, and environmental weatherability
③ Skin-safe, suitable for footwear (entire shoes and midsoles), flexible fixtures, and robotic simulation skin
④ Enables 30% weight reduction in lattice structures while maintaining same support performance compared to Elastic2070
Disadvantages
① (No specific disadvantage provided for this material)
① High-performance, production-grade elastomer with 80A Shore hardness (comparable to TPU)
② Excellent elongation, tear resistance, resilience, and environmental weatherability
③ Skin-safe, suitable for footwear (entire shoes and midsoles), flexible fixtures, and robotic simulation skin
④ Enables 30% weight reduction in lattice structures while maintaining same support performance compared to Elastic2070
Disadvantages
① (No specific disadvantage provided for this material)
As an industrial-grade ABS-like resin, OLA 8228Pro maintains exceptional mechanical properties and dimensional stability in harsh environments, ideal for functional verification and low-volume production.
Thermal Properties
Heat Deflection Temperature:58-65℃ Glass Transition Temperature:60-68℃
Mechanical Properties
Tensile Modulus:2150-2370MPa Tensile Strength:25-30MPa Elongation at Break:12-20% Flexural Modulus:2650-2750MPa Flexural Strength:60-75MPa Notched Impact:58-70J/M Shore Hardness:76-85
Max. Part Size:
1000mm × 1000mm × 585mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Better strength and dimensional stability in humid environments
② Longer practical service life
③ Low shrinkage and excellent yellowing resistance
Disadvantages
① No significant drawbacks identified
① Better strength and dimensional stability in humid environments
② Longer practical service life
③ Low shrinkage and excellent yellowing resistance
Disadvantages
① No significant drawbacks identified
AlSi10Mg is a lightweight aluminum alloy with excellent strength-to-weight ratio, good thermal conductivity, and reliable mechanical properties. Known for its low density and great cost-effectiveness, this alloy is ideal for complex geometries, heat-resistant parts, and functional prototypes in aerospace, automotive, and electronics.
Surface Characteristics
Surface Roughness: ≥7 μm-Flame Resistance: V0
As-Printed State
Hardness: 69±3 HRB-Tensile Strength: 440±50 MPa-Yield Strength: 240±50 MPa-Elongation: 6±3%-Tensile Modulus: 2200–2770 MPa-Flexural Strength: 77–144 MPa
After Heat Treatment
Hardness: 63±3 HRB-Tensile Strength: 320±50 MPa-Yield Strength: 210±50 MPa-El
Max. Part Size:
427mm × 527mm × 460mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Cost-effective for complex part production.
② Higher strength than traditional cast aluminum.
③ Fast lead time for parts ≤100 mm (as fast as 48 hours).
④ Supports large-format printing (up to 427 × 527 × 460 mm); contact sales for lead time.
Disadvantages
① Relatively low elongation in as-printed condition.
② Maximum heat resistance limited to 200 °C.
③ Slight surface porosity and layer texture (Ra ~10 μm).
① Cost-effective for complex part production.
② Higher strength than traditional cast aluminum.
③ Fast lead time for parts ≤100 mm (as fast as 48 hours).
④ Supports large-format printing (up to 427 × 527 × 460 mm); contact sales for lead time.
Disadvantages
① Relatively low elongation in as-printed condition.
② Maximum heat resistance limited to 200 °C.
③ Slight surface porosity and layer texture (Ra ~10 μm).
A maraging steel with ultra-high strength, toughness, and stability, ideal for molds, dies, and aerospace tooling.
As-Printed State
Surface roughness (sandblasted) ≥7μm-Hardness: HRC 38±3-Yield strength: 1050±50 MPa-Elongation: 7±3%-Tensile strength: 1230±50 MPa
Post-Heat Treatment
Hardness: HRC 52±2-Yield strength: 1950±100 MPa-Elongation: 5±2%-Tensile strength: 2100±100 MPa
Key Notes
"As-printed" emphasizes the raw manufactured state.-Heat treatment significantly improves strength but reduces ductility.-Commonly used in mold and tool making.
Max. Part Size:
350mm x 400mm x 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① High strength and hardness after aging treatment; ideal for tooling and molds.
② Good dimensional stability and weldability.
③ Suitable for thin-walled structures and complex geometries.
Disadvantages
① Low corrosion resistance; requires post-treatment or coating.
② High residual stress after printing; heat treatment is essential.
① High strength and hardness after aging treatment; ideal for tooling and molds.
② Good dimensional stability and weldability.
③ Suitable for thin-walled structures and complex geometries.
Disadvantages
① Low corrosion resistance; requires post-treatment or coating.
② High residual stress after printing; heat treatment is essential.
.png)
OLA 7200 Glass-Fiber Reinforced Nylon
OLA 7200 is a glass-fiber reinforced nylon material offering significantly improved heat deflection temperature and mechanical strength compared to standard nylon. Its excellent structural integrity, stability under high temperatures, and resistance to chemicals make it a reliable choice for structural validation of product prototypes in demanding environments.
ThermalProperties
HeatDeflectionTemperature:152.4℃ MeltingPoint:184℃
MechanicalProperties
TensileStrength:44MPa TensileModulus:3500MPa ElongationatBreak:5% FlexuralStrength:65MPa FlexuralModulus:2400MPa NotchedImpactStrength:4.13KJ/m² UnnotchedImpactStrength:19.28KJ/m²
ElectricalProperties
DielectricConstant(60Hz):3.7
Max. Part Size:
Equitment sizes: 350 mm × 350 mm × 400 mm Minimum Printable Size: 350 mm × 350 mm × 400 mm
Tolerance and Precision：
±300 μm or ±0.3%
Advantages
① Excellent heat resistance and dimensional stability
② High toughness and mechanical strength
③ Good chemical resistance
④ Ideal for functional prototype validation
Disadvantages
① Grainy surface finish
② Color variations may occur (material/build temperature dependent)
① Excellent heat resistance and dimensional stability
② High toughness and mechanical strength
③ Good chemical resistance
④ Ideal for functional prototype validation
Disadvantages
① Grainy surface finish
② Color variations may occur (material/build temperature dependent)
OLA PAT10 is a fully transparent thermoplastic with high optical clarity (88.5% transmittance), excellent toughness, and long-term aging resistance (no yellowing after 8 years of indoor exposure), combined with a skin-friendly surface feel.
ThermalProperties
HeatDeflectionTemperature:67℃
MechanicalProperties
Hardness:81(ShoreD) FlexuralModulus:1.58GPa FlexuralStrength:67MPa NotchedImpactStrength:31J/m ElongationatBreak:25% TensileStrength:43MPa TensileModulus:1.62GPa WorkofFracture:13200J/m²
PhysicalProperties
WaterAbsorption:0.9%
Max. Part Size:
198mm × 123mm × 220mm
Tolerance and Precision：
±150μm or ±0.15%
Advantages
① High transparency (88.5% transmittance), prints fine and complex models with excellent surface quality
② Moderate toughness, drop-resistant from desktop height
③ UV aging test (equiv. 8 yrs indoor / 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
④ High-temp thermal aging test (equiv. 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
Disadvantages
① (No specific disadvantage provided)
① High transparency (88.5% transmittance), prints fine and complex models with excellent surface quality
② Moderate toughness, drop-resistant from desktop height
③ UV aging test (equiv. 8 yrs indoor / 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
④ High-temp thermal aging test (equiv. 1 yr outdoor): mechanical degradation < 30%, no significant color change (△E<2), dimensional deviation ±0.1mm
Disadvantages
① (No specific disadvantage provided)
Vacuum Casting TPU(Transparent)
Excellent elasticity, good tensile strength and tear resistance
MechanicalProperties
ShoreHardness:0–100A Toughness:Good ShrinkageRate:0.8–1.3% SpecificGravity:1.2–1.4
ThermalProperties
HeatResistance:70–80°C Low-TemperatureResistance(BrittlePoint):-10°C MoldingTemperature:140–180°C
ElectricalProperties
DielectricConstant(60Hz):4.2
Max. Part Size:
900mm × 650mm × 600mm
Tolerance and Precision：
±250μm or ±0.25%
Advantages
① Good elasticity
② Reliable tensile and tear strength
③ Cold and ozone resistant
Disadvantages
① Soluble in most concentrated solvents
② Not suitable for oils or NaOH solutions
① Good elasticity
② Reliable tensile and tear strength
③ Cold and ozone resistant
Disadvantages
① Soluble in most concentrated solvents
② Not suitable for oils or NaOH solutions
This professional-grade resin is specially formulated for transparent prototyping, combining optical clarity with mechanical strength.
Thermal Properties
Heat Deflection Temperature:49℃
Mechanical Properties
Tensile Strength:50MPa Shore Hardness:87D Elongation at Break:7.5% Tensile Modulus:2700MPa Impact Strength:25J/m Water Absorption:0.35%
Electrical Properties
Dielectric Strength:16.3kV/mm
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Near-colorless transparency
② Ultra-smooth surface (Ra<1μm)
③ Low 0.35% water absorption
④ Ideal for fluid flow analysis
Disadvantages
① Minor internal bubbles may occur
② Limited clarity in complex structures
③ Not for optical-grade applications
① Near-colorless transparency
② Ultra-smooth surface (Ra<1μm)
③ Low 0.35% water absorption
④ Ideal for fluid flow analysis
Disadvantages
① Minor internal bubbles may occur
② Limited clarity in complex structures
③ Not for optical-grade applications
Nylon carbon fiber is an advanced composite material combining nylon resin with carbon fiber particles. It retains the inherent advantages of nylon—chemical and corrosion resistance—while significantly enhancing mechanical strength and heat resistance.
ThermalProperties
HeatDeflectionTemperature:143℃
MechanicalProperties
TensileModulus:2300–7515MPa TensileStrength:34.4–75.6MPa ElongationatBreak:1.2–1.9% FlexuralStrength:58.1–142MPa FlexuralModulus:1830–10620MPa NotchedImpactStrength:21.4–85J/m
Max. Part Size:
914mm x 610mm x 914mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Excellent chemical and corrosion resistance
② Great machinability
③ Significantly improved mechanical and thermal performance
Disadvantages
① Slight layer lines visible on part surfaces
① Excellent chemical and corrosion resistance
② Great machinability
③ Significantly improved mechanical and thermal performance
Disadvantages
① Slight layer lines visible on part surfaces
OLA 8300 high-temperature resin is designed for applications requiring excellent thermal resistance, strength, and toughness. It performs reliably in environments ranging from 60°C to 100°C while maintaining outstanding dimensional stability. Ideal for high-performance prototyping and functional part production in demanding industries.
Thermal Properties
Heat Deflection Temperature:44℃ Coefficient of Thermal Expansion:90~103×10⁻⁶/℃
Mechanical Properties
Shore Hardness:79 Tensile Modulus:2649-2731 MPa Tensile Strength:38 MPa Elongation at Break:8% Flexural Strength:69-76 MPa Flexural Modulus:2722-2792 MPa Notched Impact Strength:29-34 J/m Poisson’s Ratio:0.4-0.44
Electrical Properties
Dielectric Constant (60Hz):4.2-5.0 Dielectric Constant (1kHz):3.3-4.2 Dielectric Strength:12.8-16.1 kV/mm
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Reliable performance in high-temperature environments (60-100°C)
② Balanced strength and toughness ensure long-term durability
③ High printing precision and excellent dimensional stability
Disadvantages
① No significant drawbacks identified
① Reliable performance in high-temperature environments (60-100°C)
② Balanced strength and toughness ensure long-term durability
③ High printing precision and excellent dimensional stability
Disadvantages
① No significant drawbacks identified
Biocompatible with processing precision up to 20μm, suitable for endoscopes, microneedles, and other precision medical devices.
ThermalProperties
HeatDeflectionTemperature:100℃
MechanicalProperties
TensileStrength:40MPa ElongationatBreak:5% FlexuralModulus:1500MPa FlexuralStrength:50MPa ShoreHardness:80D
ProcessingProperties
Viscosity:200cps
Max. Part Size:
84mm × 63mm × 70mm
Tolerance and Precision：
±20μm or ±0.02%
Advantages
① Biocompatible material, suitable for medical applications
② High dimensional accuracy and thermal resistance
③ Capable of printing micro-scale features (≥50μm)
① Biocompatible material, suitable for medical applications
② High dimensional accuracy and thermal resistance
③ Capable of printing micro-scale features (≥50μm)
Specially formulated for animation and artistic creations, this resin delivers impeccable detail fidelity.
Thermal Properties
Heat Deflection Temperature:53℃
Mechanical Properties
Shore Hardness:83 Tensile Modulus:2587MPa Tensile Strength:47.2MPa Elongation at Break:6.4% Flexural Modulus:2562MPa
Max. Part Size:
600mm × 600mm × 400mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Professional-grade smooth surface
② Micron-level detail reproduction
③ Scratch-resistant hard surface
④ Perfect for complex geometries
① Professional-grade smooth surface
② Micron-level detail reproduction
③ Scratch-resistant hard surface
④ Perfect for complex geometries
OLA Reinforced Nylon Carbon Fiber is a high-performance 3D printing filament featuring a dual-layer coating structure. The outer shell is made of pure nylon resin with high interlayer adhesion, while the core contains short-cut carbon fiber-reinforced high-temperature nylon. This results in a material with outstanding strength, heat resistance, and superior Z-axis performance compared to conventional carbon fiber nylon.
ThermalProperties
HeatDeflectionTemperature:187.5℃
MechanicalProperties
TensileModulus(X-Y):8789.10±458.32MPa TensileModulus(Z):4213.96±87.46MPa TensileStrength(X-Y):103.25±2.96MPa TensileStrength(Z):51.51±2.01MPa ElongationatBreak(X-Y):1.49±0.09% ElongationatBreak(Z):1.55±0.12% FlexuralModulus:8568.60±172.79MPa FlexuralStrength:170.09±4.88MPa NotchedImpactStrength:6.57±0.38KJ/m²
Max. Part Size:
300mm × 220mm × 220mm
Tolerance and Precision：
±300μm or ±0.3%
Advantages
① 25% carbon fiber reinforcement
② Excellent mechanical strength (particularly Z-axis performance)
③ Outstanding heat resistance and dimensional stability
Disadvantages
① FDM process limitations (non-liability notice):
Features <Ø2mm may break/incomplete
Angled surfaces <45° may show roughness (imported materials advised)
Flat surfaces >150mm may warp (imported materials advised)
Support-heavy parts may have rough bases
Complex internals may retain supports (water-soluble supports recommended)
Note: Design limitations inherent to FDM process - imported material solutions available
① 25% carbon fiber reinforcement
② Excellent mechanical strength (particularly Z-axis performance)
③ Outstanding heat resistance and dimensional stability
Disadvantages
① FDM process limitations (non-liability notice):
Features <Ø2mm may break/incomplete
Angled surfaces <45° may show roughness (imported materials advised)
Flat surfaces >150mm may warp (imported materials advised)
Support-heavy parts may have rough bases
Complex internals may retain supports (water-soluble supports recommended)
Note: Design limitations inherent to FDM process - imported material solutions available
A nickel-based superalloy with excellent strength and fatigue resistance at high temperatures, ideal for turbines and engines.
As-Printed State
Surface roughness (sandblasted) ≥7μm-Hardness: HRC 30±3-Yield strength: 850±40 MPa-Elongation: 20±4%-Tensile strength: 980±40 MPa
Post-Heat Treatment
Hardness: HRC 42±2-Yield strength: 1250±50 MPa-Elongation: 13±3%-Tensile strength: 1450±50 MPa
Key Notes
Excellent high-temp strength post heat treatment.-Requires precise thermal cycles for aerospace use.-Equivalent to Inconel 718 (China GB/T code).
Max. Part Size:
350mm x 400mm x 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① High strength and fatigue resistance at elevated temperatures.
② Excellent oxidation and corrosion resistance.
③ Ideal for aerospace turbines, engine parts, and high-stress components.
Disadvantages
① Difficult to machine post-printing due to high hardness.
② Warping risk during printing; requires controlled process parameters.
① High strength and fatigue resistance at elevated temperatures.
② Excellent oxidation and corrosion resistance.
③ Ideal for aerospace turbines, engine parts, and high-stress components.
Disadvantages
① Difficult to machine post-printing due to high hardness.
② Warping risk during printing; requires controlled process parameters.
OLA 7000 Farsoon is a high-performance SLS nylon material known for its excellent heat deflection temperature and strength, making it suitable for functional parts. Post-processing with chemical vapor smoothing significantly enhances part quality by smoothing and sealing surfaces, improving water and air tightness, ensuring consistent post-treatment, maintaining dimensional accuracy, and reducing both labor and dyeing costs with a uniform color finish.
ThermalProperties
HeatDeflectionTemperature:134℃ MeltingPoint:183℃
MechanicalProperties
TensileStrength:33.3–39.8MPa TensileModulus:1600MPa ElongationatBreak:11%–19% FlexuralStrength:46.3MPa FlexuralModulus:1300MPa NotchedImpactStrength:4.9KJ/m² UnnotchedImpactStrength:13.2KJ/m²
ElectricalProperties
DielectricConstant(60Hz):3.5
Max. Part Size:
350mm × 350mm × 400mm
Tolerance and Precision：
±300 μm or ±0.3%
Advantages
① High heat resistance/toughness/strength for functional parts
② Support-free printing enables complex geometries
③ Chemical vapor smoothing enhances surface quality
④ Cost-efficient (reduces labor/post-processing)
⑤ Uniform dyed color consistency
Disadvantages
① Mild surface graininess
② Slightly lower dimensional accuracy vs OLA 8000 Resin
③ Premium pricing compared to standard materials
① High heat resistance/toughness/strength for functional parts
② Support-free printing enables complex geometries
③ Chemical vapor smoothing enhances surface quality
④ Cost-efficient (reduces labor/post-processing)
⑤ Uniform dyed color consistency
Disadvantages
① Mild surface graininess
② Slightly lower dimensional accuracy vs OLA 8000 Resin
③ Premium pricing compared to standard materials
.jpg)
OLA 1010 is one of the few thermoplastic resins approved for commercial aerospace applications. It is an amorphous engineering plastic known for its robustness, flame resistance, and stability under extreme temperatures.
SafetyProperties
FlameRating:V-0
ThermalProperties
HeatDeflectionTemperature:216℃
MechanicalProperties
TensileModulus:2200–2770MPa TensileStrength:48–81MPa ElongationatBreak:2–3.3% FlexuralStrength:77–144MPa FlexuralModulus:2230–2820MPa
Max. Part Size:
914mm × 610mm × 914mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Excellent flame resistance and high thermal tolerance
② Good chemical resistance
③ Strong and durable with stable electrical properties
④ Easy to process
Disadvantages
① Slight surface layer lines may be visible on printed parts
① Excellent flame resistance and high thermal tolerance
② Good chemical resistance
③ Strong and durable with stable electrical properties
④ Easy to process
Disadvantages
① Slight surface layer lines may be visible on printed parts
OLA R4600 is one of our flagship SLA resins, offering a well-balanced combination of strength and toughness. This material provides exceptional overall performance and outstanding value, making it ideal for a wide range of industrial applications. It is well-suited for master models, concept prototypes, general-purpose parts, and functional components in industries such as automotive, healthcare, and consumer electronics.
Thermal Properties
Heat Deflection Temperature: 44°C Coefficient of Thermal Expansion: 90-103×10⁻⁶/°C
Mechanical Properties
Shore Hardness: 79 Tensile Modulus: 2649-2731 MPa Tensile Strength: 38 MPa Elongation at Break: 8% Flexural Strength: 69-76 MPa Flexural Modulus: 2722-2792 MPa Notched Impact Strength: 29-34 J/m Poisson's Ratio: 0.4-0.44
Electrical Properties
Dielectric Constant (60Hz): 4.2-5.0 Dielectric Constant (1kHz): 3.3-4.2 Dielectric Strength: 12.8-16.1 kV/mm
Max. Part Size:
580mm x 580mm x 380mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Suitable for high-precision and tough parts
② Excellent dimensional stability with minimal shrinkage
③ Strong anti-yellowing performance and good post-processability
Disadvantages
① Relatively low heat deflection temperature
① Suitable for high-precision and tough parts
② Excellent dimensional stability with minimal shrinkage
③ Strong anti-yellowing performance and good post-processability
Disadvantages
① Relatively low heat deflection temperature
OLA 6310 PETG is a 3D printing filament with fine surface texture and exceptionally smooth printing performance.
ThermalProperties
HeatDeflectionTemperature(ISO75,0.45MPa,1.80MPa):69℃;62℃ MeltingTemperature(DSC,10℃/min):N/A GlassTransitionTemperature(ISO11357):N/A FlameRating:UL94HB
MechanicalProperties
Young'sModulus(X-Y,Z)(ISO527,GB/T1040):1810±190MPa;1540±130MPa TensileStrength(X-Y,Z)(ISO527,GB/T1040):34±4MPa;23±4MPa ElongationatBreak(X-Y,Z)(ISO527,GB/T1040):8.6±1.2%;5.1±0.8% FlexuralModulus(X-Y,Z)(ISO178,GB/T9341):2050±120MPa;1810±140MPa FlexuralStrength(X-Y,Z)(ISO178,GB/T9341):64±3MPa;48±4MPa CharpyImpactStrength(X-Y)(ISO179,GB/T1043):31.5±2.2kJ/m²,6.2±1.8kJ/m²(notched) CharpyImpactStrength(Z)(ISO179,GB/T1043):10.6±1.2kJ/m²
Max. Part Size:
320mm × 320mm × 325mm
Tolerance and Precision：
±300μm or ±0.3%
Advantages
① Fine surface texture and exceptionally smooth printing performance
Disadvantages
① Process limitations—please order with caution for:
1- Surfaces with angles <45° (especially curves): rough finish, possible slight deformation
2- Parts with extensive supports: rough bottom support surfaces
3- Support-removed areas may lack smoothness
4- Default infill 15%; different densities affect pricing
① Fine surface texture and exceptionally smooth printing performance
Disadvantages
① Process limitations—please order with caution for:
1- Surfaces with angles <45° (especially curves): rough finish, possible slight deformation
2- Parts with extensive supports: rough bottom support surfaces
3- Support-removed areas may lack smoothness
4- Default infill 15%; different densities affect pricing
A cobalt-based alloy known for wear resistance and biocompatibility, used in implants, dental parts, and aerospace tools.
As-Printed State
Surface roughness (sandblasted) ≥9μm-Hardness: HRC 42±3-Yield strength: 780±40 MPa-Elongation: 8±2%-Tensile strength: 980±40 MPa
Post-Heat Treatment
Hardness: HRC 47±3-Yield strength: 950±40 MPa-Elongation: 10±3%-Tensile strength: 1150±40 MPa
Key Notes
Biocompatible and highly corrosion resistant.-Used in dental, orthopedic, and aerospace sectors.-Challenging to polish due to hardness.
Max. Part Size:
350mm x 400mm x 360mm
Tolerance and Precision：
±200μm or ±0.2%
Advantages
① Excellent biocompatibility and corrosion resistance.
② High hardness and wear resistance; ideal for implants.
③ Good strength at elevated temperatures.
Disadvantages
① Difficult to polish due to hardness.
② Brittle in as-printed condition; requires heat treatment for improved ductility.
① Excellent biocompatibility and corrosion resistance.
② High hardness and wear resistance; ideal for implants.
③ Good strength at elevated temperatures.
Disadvantages
① Difficult to polish due to hardness.
② Brittle in as-printed condition; requires heat treatment for improved ductility.
Highly elastic micro/nano DLP resin with excellent flexibility and fine detail resolution. Supports ultra-precision printing with a minimum feature size of 100μm and machining tolerance up to ±30μm.
ThermalProperties
HeatDeflectionTemperature:—
MechanicalProperties
TensileStrength:7MPa ElongationatBreak:200% FlexuralStrength:2MPa ShoreHardness:60–70A
ProcessingProperties
Viscosity:600cps
Max. Part Size:
84mm × 63mm × 70mm
Tolerance and Precision：
±30μm or ±0.03%
Advantages
① High elasticity for flexible applications
② Ultra-precision printing with ±30μm tolerance
① High elasticity for flexible applications
② Ultra-precision printing with ±30μm tolerance
OLA 6000PLA is an environmentally friendly, biodegradable thermoplastic derived from renewable resources. It offers a wide range of colors and surface finishes. The material exhibits excellent dimensional stability and is easy to print, making it ideal for complex shapes and prototypes. However, it is more brittle compared to other plastics.
ThermalProperties
HeatDeflectionTemperature:53℃
MechanicalProperties
TensileStrength:60MPa ElongationatBreak:18.3% FlexuralModulus:2266MPa ImpactStrength:6KJ/m²
Max. Part Size:
256mm × 256mm × 256mm
Tolerance and Precision：
±300μm or ±0.3%
Advantages:
① Excellent printability with high dimensional accuracy
② Superior dimensional stability
③ Cost-effective and eco-friendly solution
Disantages:
① Lower impact resistance compared to other engineering plastics
② Process limitations (non-liability notice):
Fragile structures <Ø2mm may fail
Low-angle surfaces (<45°) may show defects (imported material recommended)
Large flat surfaces (>150mm) prone to warping (imported material recommended)
Supported surfaces may exhibit roughness
Complex internal channels may retain supports (water-soluble material recommended)
Note: These limitations are inherent to standard FDM processing - premium imported materials available for critical applications
① Excellent printability with high dimensional accuracy
② Superior dimensional stability
③ Cost-effective and eco-friendly solution
Disantages:
① Lower impact resistance compared to other engineering plastics
② Process limitations (non-liability notice):
Fragile structures <Ø2mm may fail
Low-angle surfaces (<45°) may show defects (imported material recommended)
Large flat surfaces (>150mm) prone to warping (imported material recommended)
Supported surfaces may exhibit roughness
Complex internal channels may retain supports (water-soluble material recommended)
Note: These limitations are inherent to standard FDM processing - premium imported materials available for critical applications
This professional halogen-free material combines safety and mechanical performance for demanding applications.
ThermalProperties
HeatDeflectionTemperature(1.8MPa):71℃ HeatDeflectionTemperature(0.45MPa):94℃ CoefficientofThermalExpansion(20-80℃):98.6μm/m/℃ GlassTransitionTemperature(tanδpeak):130℃
MechanicalProperties
ElongationatBreak:9.4% TensileModulus:2.94GPa TensileStrength:38MPa FlexuralModulus:2.7GPa FlexuralStrength:72MPa NotchedImpact:22J/m MaxStressIntensityFactor(Kmax):1.05MPa·m1/2 FractureWork(Wf):311J/m2 ShoreHardness:80D
ElectricalProperties
DielectricStrength:15.1kV/mm DielectricConstant(0.5MHz):3.83 DielectricConstant(1.0MHz):3.82 DissipationFactor(0.5MHz):0.024 DissipationFactor(1.0MHz):0.025 VolumeResistivity:ASTMD257compliant
SafetyRatings
UL94V-0FlameRating ExcellentFST(Flame,Smoke,Toxicity)performance
ProcessingProperties
Viscosity(25℃):4500-5000cp
Max. Part Size:
200mm × 125mm × 210mm
Tolerance and Precision：
±150μm or ±0.15%
Advantages
① UL 94 V-0 certified
② Stable at 94℃ high temperature
③ Low smoke & toxicity (FST)
④ Excellent creep resistance
⑤ Ready for end-use applications
① UL 94 V-0 certified
② Stable at 94℃ high temperature
③ Low smoke & toxicity (FST)
④ Excellent creep resistance
⑤ Ready for end-use applications