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Custom torque spring
Custom torsion springs are engineered springs designed to meet the specific requirements of clients. These springs generate torque when subjected to twisting forces. Unlike extension springs, which are primarily used in applications involving tensile forces, torsion springs are used in applications that require rotational energy and resistance. They are widely used in various industrial and mechanical equipment and can be customized in terms of size, material, and strength to ensure optimal performance and durability.
Custom torsion springs are designed to meet specific application needs. These springs can be used in a wide range of applications from small electronic devices to large heavy machinery. Torsion springs can be adjusted through materials and design to precisely match the required torque and angle. Selecting the appropriate materials (such as stainless steel, high carbon steel, or alloy materials) can significantly enhance the durability and fatigue resistance of the springs.
These custom springs are commonly used in the following fields:
- Automotive Industry: Used in car door locks, fuel injection systems, and seat adjustment mechanisms.
- Consumer Electronics: Used in camera lenses, hinges of portable devices, and start buttons.
- Industrial Machinery: Used in various mechanical devices that require rotational motion components, such as valves, switches, and control levers.
- Medical Devices: Used in some precision medical equipment that requires high precision and reliable torsional action.
The customization process generally includes the following steps:
- Requirements Analysis: Detailed discussion with the client about specific requirements, including torque, angle, working environment, etc.
- Design Phase: Design the specifications, materials, and production methods of the spring based on the requirements.
- Sample Testing: Produce samples and conduct preliminary testing to ensure they meet the design requirements.
- Production Phase: Upon confirming that the samples are qualified, proceed with mass production and quality control.
