OLA RedWaxPRO
Сервис онлайн 3D-печати
Получайте мгновенные онлайн-цены на детали из более чем 80 металлических и пластиковых материалов. Бесплатная доставка по всем заказам в США. Сертификация ISO 9001:2015, ISO 13485 и AS9100D.Начать новый расчет стоимости 3D-печати
Тип файла: STL, STP, STEP
Конфиденциальность: Все ваши файлы в безопасности с нами. Ознакомьтесь с нашей политикой конфиденциальности.
OLA RedWaxPRO
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 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)
.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%)
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)
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)
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)
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
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)
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
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 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
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)
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
.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