Tight-Tolerance Molds (CTQ Fit Control for Precision Housings)
CTQ-driven tooling for repeatable fit, stable assembly, and minimal drift.
Housing parts fail when interfaces drift: sealing, alignment, screw boss position, and snap engagement. We build tooling around datums and CTQs, not just nominal geometry—so parts remain stable across production.
Best Fit Applications
- ECU housings, sensor housings, and control boxes
- Structural enclosures with sealing lines and multi-interface assembly
- Parts requiring consistent flatness and controlled warpage
What We Control (Engineering Focus)
1) Flatness & Warpage Control
- Cooling balance designed for stability across the part
- Rib/boss review to reduce sink and distortion
- Gate and packing strategy aligned to assembly CTQs
2) Shut-off Reliability & Flash Prevention
- Robust shut-off design for long-run stability
- Guiding strategy to protect the parting line integrity
- Venting design to reduce burns and short shots without flash
3) Assembly-Ready Interfaces
- Datum strategy aligned to mating parts
- Boss strength and screw engagement consistency
- Ejection plan that protects functional surfaces
What We Need
- 3D CAD + 2D tolerances for key interfaces
- Resin and operating environment requirements
- Assembly constraints (screws, inserts, gaskets, mating parts)
- Target volumes and lifecycle expectation
Next Step
Share your CAD and CTQ list. We’ll return a DFM highlighting the highest-risk interfaces and a tooling plan to keep fit and stable in production.
