Complex bends, clips, brackets and links made from 2D / 3D drawings or samples. Datums, bend sequence, springback compensation and functional gauges drive production stability.
Complex bends, clips, brackets and links made from 2D / 3D drawings or samples. Datums, bend sequence, springback compensation and functional gauges drive production stability.
Use these values for early selection. Final dimensions, tolerances and loads are confirmed by engineering review and approved samples.
Complex wire forms made to drawings or samples for positioning, support and linkage mechanisms
Clips, pins, brackets and automated assembly parts.
Seats, latches, supports and hardware.
Elastic clamping, drive and structural links.
Wire forms are flexible parts. Use real mounting features as inspection datums; arbitrary outline dimensions may not represent assembly.
Long arms and open shapes can distort in heat treatment, finishing and bulk shipping, so handling and packaging need production approval.
Design BasicsHook form, transition radius, load direction and initial tension determine extension spring reliability and assembly behavior.
Procurement GuideDefine free length, wire diameter, load points, tolerance, winding direction and finish to reduce clarification cycles.
Materials & FinishesMedia, chlorides, cleaning, temperature and crevices all change the corrosion risk of stainless springs.
Recommended. The model defines shape; the drawing defines material, datums, tolerances, finish and inspection.
It can be evaluated, but a sample may be distorted or lack material data. Create a controlled drawing and acceptance standard before production.