ENGINEERED
MATERIALS.
Qualitative engineering profiles for strength, flexibility, and heat resistance. Select the right verified polymer for your functional application.
MATERIALS ENGINEERING FAQ
Technical guidance on selecting the right polymer or photopolymer for thermal, mechanical, and chemical requirements.
Which material should I choose for high-temperature applications?
For continuous thermal exposure, ABS offers elevated thermal resistance and post-processing vapor smoothing. For moderate heat combined with moisture resistance, PETG offers superior environmental stability. Exact thermal deflection ratings and operating limits are confirmed at quote.
When should I choose ABS over PETG?
ABS provides superior thermal deflection resistance and post-processing vapor smoothing capabilities, making it ideal for automotive enclosures and electronic housings under elevated temperatures.
What is the difference between FDM polymers and SLA Resins?
FDM produces robust thermoplastic parts ideal for functional mechanical testing and enclosures. SLA resin produces ultra-high feature resolution (down to 0.05 mm) with liquid-tight smooth surfaces, best for presentation models, micro-fluidics, and tight assembly verification.
When should I choose PLA for my 3D printing project?
PLA is ideal for rapid concept prototyping, form-and-fit evaluation, and architectural visual models where dimensional stability and sharp aesthetic detailing are prioritized.
Can you accommodate specialty materials like ESD-safe or Carbon Fiber filaments?
Yes. For electronic production enclosures and lightweight structural frames, we support ESD-safe polymers and carbon-fiber filled blends upon review of your technical specifications.