Torsion Springs
Torsion springs are designed to operate under rotational loads and are used to generate
torque or angular resistance in various mechanical systems.
They work by storing rotational energy and releasing it based on the relative motion between the spring's
arms.
Precise torsion spring design requires consideration of key parameters such as working
angles, required torque, geometric constraints, wire type, and material strength.
The manufacturing process includes control over the arm profile, spring diameter, free
length, and additional treatments such as hardening or coating—according to customer
specifications or the working environment.
Quality control involves testing mechanical properties, fatigue resistance, and
permanent deformation over time.
Torsion springs are commonly used in systems requiring repeatable motion and long
operational life under cyclic loading. Proper early-stage planning and engineering
characterization are critical for full functional integration into the application.
