How the Universal Detacher works

Universal detachers are usually used to disassemble parts in various machines or equipment, especially in situations where precise control of the disassembly process is required. Its working principle is roughly as follows:

1. External force:

The core principle of the universal detacher is to use external force (such as torque, pressure, tension, etc.) to remove or separate mechanical parts. Through the principle of mechanical lever or hydraulic pressure, pneumatic pressure, etc., the detacher generates enough force to overcome the binding force between parts, so that the parts can be easily disassembled.

2. Adjustment function:

Many universal detachers have adjustment functions. Users can adjust the position of the detacher's clamps, handles or working platforms according to the type and specifications of the disassembled parts to adapt to different sizes and shapes. This adjustment mechanism makes the detacher highly versatile and can adapt to different disassembly needs.

3. Clamping device:

The clamping device of the detacher is usually designed to firmly clamp the part to be disassembled. Common clamping devices include pliers, chucks, jaws, etc., which provide the fixing force or thrust required for disassembly through contact with the parts.

4. Disassembly method:

Tension: Through the tension device in the disassembler, a separation force can be applied between the parts to separate the parts.

Rotational force (torque): In some disassemblers, rotational force is used to loosen fasteners, such as screws, nuts, etc., and the force applied by rotation loosens them.

Vibration: Some disassemblers use vibration to loosen rusted or stuck parts, making them easier to disassemble.

5. Application field:

Universal disassemblers are widely used in automobile maintenance, equipment maintenance, mechanical maintenance and other fields, especially for disassembling fasteners, gears, bearings, pulleys, mechanical parts, etc.

Summary:

Universal disassemblers can effectively apply external force to separate or disassemble mechanical parts through reasonable design and adjustment. Its basic working principle is to rely on the transmission and action of force, combined with clamping devices, adjustment mechanisms and various mechanical principles to complete the disassembly task.