Conical compression springs

A unique variation featuring a tapered shape with progressively changing coil diameter. This geometry allows the coils to nest within each other when compressed, reducing solid height and saving space.

Their production requires extremely accurate processing and careful material selection. They are used in applications with height limitations or where nonlinear mechanical response is needed.

post-manufacturing, they are tested to ensure full geometric and mechanical compliance.

Conical extension springs

A specialized type of helical spring characterized by a tapered shape with a progressively changing coil diameter. Unlike standard extension springs, their conical geometry provides a more controlled force distribution and can help prevent tangling or buckling during extension.

This design allows for variable resistance as the spring stretches, making them ideal for applications requiring a nonlinear load response or where space constraints and precise force control are critical.

Manufacturing conical extension springs involves high-precision winding and careful selection of materials to ensure optimal performance under tension. After production, each spring is thoroughly tested to verify that it meets stringent dimensional and mechanical specifications.