Sheet metal bending angle range and precautions

发布时间：2024-04-11

1、 Sheet metal bending angle range

Sheet metal bending is a processing method that uses mechanical or hydraulic pressure to bend flat materials into a certain angle and shape through the coordination of the pressure plate and the mold. Generally speaking, the bending angle range of sheet metal is between 0 and 180 degrees. Different bending angles require different molds to complete.

2、 Precautions

1. Material thickness
The size of the bending angle of sheet metal is also related to the thickness of the material. When bending sheet metal, it is important to choose the appropriate mold and mechanical or hydraulic pressure to ensure the bending effect and accuracy of the material.

2. Angle design of the mold
The angle design of the mold is closely related to the bending angle of the material. When bending sheet metal, it is necessary to select a suitable mold to complete the bending work. If the angle of the mold does not meet the requirements, it can lead to inaccurate bending angles or the generation of creases and other problems.

3. Bending direction
When bending sheet metal, attention should be paid to the bending direction to ensure the strength and accuracy of the material. Generally speaking, when bending sheet metal, priority should be given to clockwise bending and reverse bending should be avoided as much as possible.

4. Manufacturing process
When bending sheet metal, attention should be paid to the machining process to ensure efficiency and accuracy. Generally speaking, the bending process can be completed by first bending a small angle and then bending a large angle.

5. Equipment requirements
When bending sheet metal, it is necessary to select suitable bending equipment to complete the processing. Generally speaking, the accuracy and stability of bending equipment are important factors that affect the processing effect.

【 Conclusion 】
The bending angle range of sheet metal is between 0-180 degrees. When bending sheet metal, attention should be paid to factors such as material thickness, mold angle design, bending direction, manufacturing process, and equipment requirements. Proper operation and selection of appropriate equipment and molds can ensure the effectiveness and accuracy of sheet metal bending.