Torsion Spring

TWISTED FOR PERFORMANCE BUILT TO LAST.

At Dipti Springs Industries, we manufacture high quality torsion springs that store rotational energy when twisted and release it to produce torque or force. Our torsion springs are designed for durability, precision and consistent performance in a wide range of industrial and commercial applications.

ABOUT TORSION SPRINGS

Torsion springs are helical springs that work by applying torque or rotational force. When the spring's arms (legs) are twisted in opposite directions, they store energy and return to their original position when the force is released. They are widely used in mechanisms that require rotation, positioning, or pivoting action. Torque Applied (Twisted) Torque Released (Return)

ADVANTAGES

1. Compact Design
2. High Efficiency
3. Long Service
4. Life Precision & Reliability
5. Cost Effective
6. On Time Delivery

KEY FEATURES

1. High torque & load capacity
2. Excellent fatigue resistance
3. Corrosion resistant options
4. Custom designs & leg configurations
5. Made from high quality raw material
6. Consistent quality & performance
7. Cost-effective solutions
8. Timely delivery

USES & APPLICATIONS

1. Automotive Components
2. Machinery & Equipment
3. Electrical & Electronics
4. Doors, Hinges & Locks
5. Furniture & Fixtures
6. Agricultural Equipment
7. Tools & Hand Instruments
8. General Engineering

TYPES OF TORSION SPRINGS WE MANUFACTURE

1. SINGLE TORSION SPRINGS
2. DOUBLE TORSION SPRINGS
3. OFFSET LEG TORSION SPRINGS
4. LOOP END TORSION SPRINGS
5. MULTI LEGGED TORSION SPRINGS
6. CUSTOM SHAPED TORSION SPRINGS

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 wire attached to a stationary point on one end and a rotating point on the other end. When the rotating point is turned, the spring stores energy by twisting, and when the rotating force is released, the spring unwinds and releases the stored energy. Although the name implies otherwise, torsion springs are subjected to bending stress rather than torsional stress. They can store and release angular energy or statically hold a mechanism in place by deflecting the legs about the body centerline axis.