Manhart How to determine the bending speed and angle of the twisting axis bending machine?

To determine the bending speed and angle of the twisting axis bending machine, it is necessary to comprehensively consider the specific raw material characteristics, product requirements, and performance parameters of the bending machine. Here is a detailed step-by-step guide:
1、 Determine the bending angle
1. * * Product Requirements * *: Firstly, it is necessary to clarify the bending angle requirements of the product. This is usually specified by product design or customer.
2. * * Material properties * *: Consider the elasticity of the material. Different materials have varying degrees of rebound after bending, so it is necessary to reserve a certain amount of rebound margin when determining the bending angle. For example, for materials with high elasticity, a slightly larger bending angle can be pre-set to compensate for the angle loss after rebound.
3. * * Use angle adjustment device * *: Twisted shaft bending machines are usually equipped with angle adjustment devices, which can accurately set the bending angle. When setting, gradually approach the desired final angle and conduct trial processing to ensure that the actual bending angle is consistent with the set value.
2、 Determine bending speed
1. * * Material Hardness * *: The hardness of the material is a key factor in determining the bending speed. Harder materials require slower bending speeds to avoid cracking or fracture during the bending process. Softer materials can be appropriately increased in bending speed to improve production efficiency.
2. * * Equipment Performance * *: The performance parameters of the bending machine, such as maximum bending speed, maximum bending force, etc., are also important references for determining the bending speed. When determining the bending speed, it should be ensured that it does not exceed the maximum performance limit of the equipment to avoid damage to the equipment.
3. * * Quality Control * *: The speed of bending can also affect the bending quality of the product. Excessive bending speed may cause uneven deformation or other defects in the material during the bending process. Therefore, when setting the bending speed, the requirements of product quality and production efficiency should be comprehensively considered.
**Induction and Summary * *:
*When determining the bending angle, it should be accurately set based on product requirements, material characteristics, and the use of angle adjustment devices, and a certain amount of rebound margin should be reserved.
*When determining the bending speed, comprehensive consideration should be given to material hardness, equipment performance, and quality control requirements to ensure efficient and stable bending processing without exceeding equipment performance limits.
It should be noted that different bending machines and materials may require different adjustment methods. Therefore, in practical operation, bending parameters should be flexibly adjusted according to specific situations to achieve the best processing effect.