OLA RedWaxPRO
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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)
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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