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Bending Angle

Bending angle is a sheet metal processing technology that is used to bend metal sheet materials into desired angles or shapes. In the process of bending sheet metal, a bending machine is usually used to apply pressure to bend the sheet metal.

In bending sheet metal, the thin sheet material is usually placed between the upper mold and the lower mold on the bending bed, and then by adjusting the clamps and molds on the bending bed, force is applied to bend the metal sheet.

Bending angle is a common sheet metal processing method, which is widely used in manufacturing various products, such as chassis, cabinets, home appliance casings, automobile body parts, etc. By precisely controlling the bending angle, bending radius and bending position, the desired shape and size requirements can be achieved. Bending sheet metal can give the metal material strength and rigidity, providing higher structural stability and assembly performance.

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Bending angle has the following advantages:

1. Flexibility: Bending sheet metal can achieve various complex shapes and angles to adapt to different product needs. By adjusting the clamps and molds on the folding bed, the angle and radius can be flexibly adjusted, making the bending sheet metal suitable for various design requirements.

2. High precision: Bending sheet metal can achieve higher precision requirements. Through reasonable fixture, mold and process control, precise bending angles and dimensions can be achieved to ensure product accuracy and consistency.

Bending Angle

3. Structural stability: By bending sheet metal, the metal material can be bent to increase its rigidity and strength. During the bending process, the metal sheet forms a strong structure during bending at different angles, providing better resistance to deformation and vibration.

4. Saving materials: Compared with other processing methods such as casting and forging, sheet metal bending can minimize the generation of waste through reasonable fabric design and optimized cutting plans, achieve effective use of materials, and save costs.

5. High production efficiency: Sheet metal bending adopts mechanized and automated production methods, which can achieve efficient and rapid production. Through automated CNC folding machines, large-volume bending operations can be quickly completed, improving production efficiency and output.

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