Torsion Springs

Torsion Springs: Features & Applications

Overview

Torsion springs are designed to store mechanical energy and generate rotational force, making them essential for torsional motion applications.

Applications

Torsion springs are commonly used in systems requiring rotational movement and automatic return, such as:

•Hinges (e.g., door hinges, lid supports)

•Hand tools (e.g., pliers, clamps)

• Automotive suspension systems

• Robotic arms and mechanical linkages

Advantages

• Torsional Characteristics

• Provides controlled rotational movement, making it ideal for applications requiring torque-based actuation.

• High Elasticity

•Maintains performance over multiple cycles, reducing fatigue and wear.

• Space Efficiency

•Compared to other types of springs, torsion springs deliver significant force while occupying minimal space.

Convenience

• Adjustability

• Some torsion springs allow customizable torque settings to suit specific application needs.

• Durability

• Built with high-strength materials, torsion springs offer long-lasting performance and stability.

Conclusion

Torsion springs are highly effective in applications that require rotational force, space efficiency, and durability. Their versatility makes them an indispensable component in mechanical and industrial systems.