Engineering-Grade 3D Printing
Production-quality polymers for functional prototypes and end-use parts
Production-quality polymers for functional prototypes and end-use parts
We don't print toys. We print functional engineering parts using industrial-grade FDM equipment and production polymers. Our multi-printer facility enables parallel runs, reducing your time to market while maintaining the material performance you need for real-world testing.
From PA12 to PEKK, we maintain inventory of production-grade polymers with documented material properties.
Multi-printer capacity means we can run parallel jobs and keep your project moving.
Industrial hotends and heated chambers for engineering thermoplastics, not just PLA.
We'll work with you on design for additive manufacturing - optimizing for printability and performance.
Industrial FDM printers, not desktop machines. Climate-controlled material storage, heated chambers, and all-metal hotends for engineering polymers.
Multiple industrial FDM printers enable parallel production runs. When you need 10 parts in 48 hours, we can run multiple machines simultaneously instead of queuing prints sequentially.
Proper chamber heating is critical for engineering materials. We operate printers with varying chamber capabilities:
Engineering polymers require proper storage and handling. Our facility includes:
Typical build envelopes:
We organize materials by application requirements. Start here, then dive into the detailed Materials Selection Guide for complete property data.
For demanding applications requiring extreme heat resistance, chemical resistance, or mechanical properties.
Balance of strength, toughness, and dimensional stability. Workhorse materials for functional prototypes.
Fiber-reinforced polymers for improved stiffness, dimensional accuracy, and reduced warping.
Proven materials for general engineering applications. Easy to print, reliable performance.
Getting the most from 3D printing requires understanding its capabilities and constraints. We'll work with you to optimize your designs.
Overhangs beyond 45° require support material. We can:
Minimum feature sizes depend on material and nozzle:
Realistic expectations for FDM:
Layered construction affects strength:
Send us your CAD files (STEP, STL, or native formats). We'll review for printability, recommend material, and provide quote.
Same dayOrient parts for optimal strength and surface finish. Generate supports if needed. Slice with material-specific profiles.
1-2 hoursQueue on available printer. Print time depends on part size and complexity. Multi-printer capacity reduces wait time.
4-48 hoursSupport removal, cleanup, and optional finishing (sanding, vapor smoothing, etc.).
2-8 hoursDimensional verification, visual inspection, and packaging.
Same dayTypical total turnaround: 24-72 hours from file submission to parts in your hands (local shipping). Rush service available for critical deadlines.