Laser Cutting, Stamping

Laser cutting is a precise, fast, and flexible method used for processing various metal components, including springs and related partsin the spring industry.

This technique uses a high-powered, focused laser beam to burn through the raw material at the cutting point, resulting in extremely clean and smooth edges.

The laser is controlled by a computer system that translates engineering drawings into precise cutting actions, allowing for near-limitless design flexibility, including intricate shapes, holes, slots, and fine patterns.

Laser cutting enables high geometric precision, excellent surface finish, minimal mechanical distortion, and reduced need for secondary processing.

A significant advantage is the non-contact nature of the cutting, which minimizes the risk of mechanical defects or unwanted stress. Cutting parameters—such as speed, beam intensity, assist gas type, and focal point—are adjusted according to the material type, thickness, and thermal properties to ensure optimal results and consistent accuracy.

This technology is particularly suitable for producing flat springs, precision components, or customized spring templates. It is ideal for prototyping, small series, and mass production alike.