Photopolymer

Standar Resin

Standard Resin is a general-purpose photopolymer material known for its high detail resolution and smooth surface finish. Its characteristics include good dimensional accuracy and rigidity, making it ideal for visual and form-fit models. The benefits of Standard Resin are excellent surface quality, sharp details, and fast production for concept validation. This material is commonly used for concept prototypes, design mockups, visual models, casings, and parts where aesthetics and precision are prioritized over mechanical strength.

Material Info

• Tensile strength (X-Y) : 59 ± 1 (MPa)

• Bending strength (X-Y): 81 ± 2 (MPa)

• Impact strength(X-Y) : 4.3 ± 1.3 (KJ/m2)

• Heat deflection : 53 ℃

Tough Resin

Tough Resin is a durable photopolymer material engineered to withstand higher stress and impact compared to standard resins. Its characteristics include high impact resistance, improved flexibility, and good dimensional stability. The benefits of Tough Resin are reliable mechanical performance, smooth surface finish, and suitability for functional testing. This material is commonly used for functional prototypes, snap-fit components, enclosures, jigs & fixtures, and mechanical parts that require strength, toughness, and precision.

Material Info

• Tensile Strength(GB/T 1040): 52.2 MPa

• Flexural Strength(GB/T 1040): 83 %

• Elongation at Break(GB/T 9341): 58.1 MPa

• Flexural Modulus(GB/T 1843): 1073 MPa

• IZOD Impact Strength (GB/T 1843): 4.7 kJ/m2

Clear Resin

Clear Resin is a photopolymer material designed to produce transparent or translucent parts with high detail accuracy. Its characteristics include smooth surface finish, fine feature resolution, and the ability to achieve optical clarity through post-processing. The benefits of Clear Resin are excellent visual quality, precise detailing, and suitability for light transmission and internal inspection. This material is commonly used for lenses, light covers, fluid flow models, display parts, and visual prototypes where transparency and aesthetics are essential.

Material Info

• Flexural modulus, MpaASTM D 790M:2,100

• Flexural strength, MpaASTM D 790M:86

• Tensile strength, MPaASTM D 638:48

• Elongation at breakASTM D 638:12%

White Resin

White is a high-precision photopolymer material designed for producing parts with excellent detail accuracy and smooth surface finish. Its characteristics include good rigidity, dimensional stability, and consistent print quality. The benefits of White Resin are sharp feature definition, clean aesthetics, and reliable performance for fine-detail components. This material is commonly used for visual prototypes, small mechanical parts, housings, casings, and product mockups where precision and surface quality are critical.

Material Info

• Tensile StrengthASTM D638M: 55MPa

• Tensile ModulusASTM D638M: 3200MPa

• Elongation at BreakASTM D638M: 5.50%

• Flexural StrengthASTM D790: 81MPa

• Flexural ModulusASTM D790: 2600MPa

• Izod Impact(Notched)ASTM D256: 32J/m

Black Resin

Black Resin is a photopolymer material formulated to deliver high detail resolution with a smooth, matte black surface finish. Its characteristics include good rigidity, dimensional accuracy, and excellent contrast for fine features. The benefits of Black Resin are clean aesthetics, sharp details, and suitability for presentation-ready parts. This material is commonly used for visual prototypes, product mockups, casings, housings, and detailed components where appearance, precision, and surface quality are important.

Material Info

• Flexural strengthASTM D 790: 69- 76MPa

• Flexural modulusASTM D 790: 2,722-2,792MPa

• Impact strength notched IzodASTM D 256: 29 - 34 J/m

• Tensile modulusASTM D 638: 2,649-2,731MPa

• Tensile strengthASTM D 638: 41-58MPa

• Elongation at breakASTM D 638 : 7 -11%

Temp Resin

Temp Resin is a heat-resistant photopolymer material engineered to maintain strength and dimensional stability at elevated temperatures. Its characteristics include high thermal resistance, good rigidity, and accurate detail reproduction. The benefits of JLC Temp Resin are reliable performance under heat exposure and suitability for functional testing. This material is commonly used for molds, tooling, fixtures, heat-exposed components, and functional prototypes that require thermal stability and precision.

Material Info

• Flexural modulus, MpaASTM D 790: 2776-3284

• Flexural strength, MpaASTM D 790: 63-84

• Tensile modulus, MPaASTM D 638: 2942-3233

• Tensile strength, MPaASTM D 638: 60-71

• Elongation at breakASTM D 638: 4-7%

• Impact strength, notched lzod, J/mASTM D 256: 12-23

• Heat deflection temperature, ℃ASTM D 648 @66PSI: 101

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