Compression Springs

Compression Springs are cylindrical springs that operate along an axial direction and are designed to respond to external pressure by storing energy and pushing back to their original shape once the load is removed.
They are used in a wide range of applications, from basic mechanical systems to precision instruments.

During the design of a compression spring, variables such as outer and inner diameter, number of coils, spring constant, free length, and working length are examined. In addition, material type, operating mode (continuous or intermittent), and long-term dynamic behavior are considered.

Manufacturing is carried out while adhering to strict tolerance standards. Afterward, the springs undergo finishing processes such as stress relief, grinding, or coating for corrosion protection. The quality control process includes tests of load and response characteristics to ensure the spring performs according to engineering specifications.

Compression springs are suitable for applications requiring damping or a precise linear resistance response.

Conical compression springs are a unique variation of standard compression springs, with a tapered shape in which the coil diameter gradually changes.
This change in geometry allows the coils to nest within each other during compression, reducing the spring height in its fully compressed state and enabling space savings.

Manufacturing these springs requires particularly precise machining and careful selection of raw materials.
These springs are used in applications with height constraints or where non-linear mechanical behavior is required.
After production, tests are performed to ensure geometric and mechanical conformity to specifications.