Applications
Springs for the way
your product moves.
From automotive assemblies to medical devices and industrial machinery, we engineer springs around the load case, the environment and the assembly process.
Six industries, one engineering approach
We start with the application — what the spring must do, where it sits and how it is assembled — then select the form, material and finish.
Automotive
Suspension, seat recliners, fuel systems, brake and latch assemblies. Automotive quality management certification in progress.
Electronics & PCB
PCB contact springs, battery contacts, connectors and device chassis, built for reliable electrical contact.
Medical
Surgical instruments, diagnostic devices, pumps and hospital equipment, with material and finish control.
Telecom
Antenna hardware, network racks, connectors and outdoor cabinets for telecom infrastructure.
Industrial Machinery
Gearboxes, valves, pumps, conveyors and automation fixtures requiring durable, repeatable spring force.
Consumer & Home
Home appliances, power tools, toys, locks and daily-use products in high-volume programs.
Application first, spring second
The same four questions shape every program, whether it is a single prototype or a multi-year production order.
Load case
What force, at what length, and how often? This sets the wire, coil and heat treatment.
Environment
Corrosion, temperature and cleaning processes determine material and finish.
Assembly
End forms, tolerances and handling are designed around how the part is installed.
Volume
Annual quantity and ramp plan guide tooling, sampling and production scheduling.
Validation
Samples are checked against the drawing before volume release.
Production
Incoming, in-process and final inspection keep output consistent.
What we build for these industries
A single program often combines several product families — a compression spring, a wire form and a stamped plate, supplied together.
- Compression, tension and torsion springs
- Touch and contact springs for electronics
- Wave and power springs for compact mechanisms
- Shaped springs and wire forms
- Stamping and spring plates
Valve springs for automotive engines
A valve spring is defined by the load it holds at installed height, the load at full lift and the cycles it has to survive — not by a catalogue size.
- Petrol and diesel engines, intake and exhaust valves
- Closed and ground ends, wound to the drawing
- Load checked at installed height and at full lift
- Fatigue testing in-house
Don’t see your industry?
If the application needs a spring, we can review it. Send the drawing or describe the load case.