OLA R4600
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OLA R4600
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 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
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
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
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
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℃)
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
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
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
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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%)
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
OLA 8700 Matte-Transparent Resin
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
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
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
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
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