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Frequently Asked Questions
Yes, it is engineered for functional parts with high toughness and heat-curable technology to ensure long-term durability.
It supports most 385nm-405nm UV-curing LCD, DLP, and MSLA 3D printers, including major brands on the market.
Prints maintain over 90% toughness for more than 2 years and can withstand 90-degree bending and 3-meter drop tests.
Yes, it offers excellent machinability, allowing drilling and tapping with clean, ribbon-like plastic chips and a scratch-resistant surface.
Yes, it uses a heat-curable process that requires secondary heat treatment at 110°C for 1 hour to achieve stable molecular structure and toughness.
Recommended Uses
- Creating durable functional prototypes and engineering parts that require long-term toughness.
- Producing high-stress components that need to withstand bending and impact without breaking.
- Manufacturing custom protective housings and fixtures for industrial applications.
- Fabricating end-use parts that require precise post-processing like drilling and tapping.
- Rapid batch production of ABS-like parts without the need for costly molds.
- Designing high-detail miniatures and models with a scratch-resistant finish for professional presentation.










