They're also easier to rotate than steel springs. Found in clothespins, spring clamps, and mousetraps, torsion springs wrap around a shaft or rod to maintain pressure on objects as they rotate.

Torsion Springs are mechanical springs that feature tightly wound wire coils that elastically unwind as they absorb torsional loads, as the name suggests. Like other springs, their primary function is to …

A torsion spring is a spring that works by twisting its end along its axis; that is, a flexible elastic object that stores mechanical energy when it is twisted.

Torsion springs are designed to store mechanical energy when twisted and release it in the form of torque to return to their original position, making them essential in mechanisms requiring rotational …

A torsion spring is a type of mechanical spring that works by exerting torque or twisting force when it is twisted along its axis. The spring is made of wire that is wound in a spiral shape, with the ends of the …

Helically wound springs that deflect torque rotationally, torsion springs express mechanical energy through the property of elasticity: the spring action happens when it is twisted rather than …

Unlike traditional springs that generate linear force, the primary function of a torsion spring is to store rotational mechanical energy as it is twisted, and upon release, it exerts a restoring torque, bringing …

A torsion spring is a helical spring designed to resist or apply a torque when its ends are rotated around the spring’s axis. These springs store rotational energy and release it to return to a neutral position.

Torsion springs work in a different way than compression and extension springs, but they’re still one of the world’s most common springs. Torsion springs are often close wound, so that each coil touches …

Explore the information below to find technical advice on torsion spring design, such as how to specify leg position and load requirements, common torsion leg configurations, and wire diameter sizes that …