- 可用时间
- 周一至周五（美东时间）。 远程优先、云优先交付。现场需预约。
Prototype prints, fixtures, and short-run parts
What you get
- Material selection - FDM or resin matched to load, temperature, and cosmetic needs.
- Orientation & tolerance notes - Critical interfaces called out before build.
- Post-processing - Cleanup, reaming, inserts, and basic assembly when in scope.
Good fits
- Fixtures and jigs for shop or lab work.
- Iteration parts before machining or molding commitments.
- One-offs tied to CAD or scan-to-print pipelines.
Next steps
Share STL/STEP, quantity, and environment constraints via contact. We will flag when machining or vendor molding is the better path.
10+
Years building products
40+
Shipped milestones
3
Disciplines in one loop
∞
Coffee-fueled debug sessions
联系方式
聊聊吧
告诉我您在做什么、时间线和成功标准。我会用问题、范围建议或简短通话回复 — 看哪种最合适。
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FAQ
3D printing FAQ
Materials, tolerances, and when printed parts are the right answer vs. machining or molding.
FDM and resin workflows for prototypes, fixtures, and short-run parts - material choice follows temperature, load, and finish requirements. We will say when machining or molding is the better economics.
FDM tolerances depend on orientation, layer height, and feature size; resin is tighter for fine detail. Critical interfaces are called out in the quote with expected post-processing (reaming, tapping, sanding).
Yes. Native CAD (STEP/STL) is preferred. Scan-only inputs may need cleanup or parametric rebuild via 3D scanning before printing reliable mating features.
Basic cleanup, hole reaming, and insert installation can be included in scope. Multi-part assemblies ship with a BOM note and torque/spec callouts when fasteners matter.
Send format, material intent, quantity, and photos or drawings through the contact form. Include load, temperature, and cosmetic requirements - they change material and orientation choices.