For axial load, energy absorption and return force. Diameter, free length, active coils and two working load points form the core specification.
For axial load, energy absorption and return force. Diameter, free length, active coils and two working load points form the core specification.
Use these values for early selection. Final dimensions, tolerances and loads are confirmed by engineering review and approved samples.
Various compression springs, ground or closed ends, suitable for molds and machinery
Valves, fixtures, dies and automation return.
Seats, switches, latches and controls.
Buttons, contacts, isolation and precision loading.
Slender springs need buckling and guide-clearance review. Uneven ends or eccentric assembly adds friction and local stress.
Preserve margin above solid height and use an independent hard stop. Repeated coil bind increases load, noise and fatigue risk.
Design BasicsA compression spring cannot be selected by envelope dimensions alone. Working heights, loads, travel and solid-height margin belong in one specification.
Design BasicsA low spring index makes forming and inside-coil stress more demanding, while a high index increases instability and handling risk.
Design BasicsTwo load points constrain both working force and rate, reducing ambiguity caused by free-length or preload variation.
Two points define working force and rate, reducing ambiguity from free-length or preload variation.
No. Grinding improves support and squareness but adds processing and cost. Select it from mounting needs.