Customized bending welding and stamping parts

Technical requirements for bending parts mainly include the following aspects:
Equipment:
The production of bent parts mainly relies on bending machines and cutting machines. The selection of the bending machine should be based on the type, specification and production requirements of the workpiece to ensure that the machine meets the processing requirements while being easy to operate, fully functional and easy to maintain. For large-diameter bent parts, a front-end cutting machine may be needed to ensure the dimensional accuracy of the cut parts.
material selection:
Different materials are suitable for different bending processes. Generally, materials with stable processing performance and good quality are selected. For example, iron is suitable for smaller bending angles and simple shapes, aluminum is used for high-precision, large-angle bending parts, and stainless steel is difficult to process but is suitable for products with high precision requirements.
Design points: including design accuracy, wall thickness, corners, etc. Factors such as surface condition, accuracy, damage margin, material deformation, etc. should be considered during design to ensure that the bent parts meet the design requirements as much as possible
Processing specifications. Including bending angle control, rationality of bending sequence, mold selection, etc. Reasonable bending sequence and mold selection are crucial to the quality of bent parts.
Operator skills and training:
The skills and training of operators are also very important to ensure the quality of bending parts, including but not limited to the use of operating tools, measurement skills, understanding of drawings, etc.
Quality control and inspection:
Establish a complete quality control system and strictly monitor processing technology, equipment adjustment, testing and other aspects. Ensure that bent parts meet customer requirements and design standards
In addition, you also need to pay attention to safety matters during the operation, such as ensuring that the equipment is in good working condition and avoiding safety hazards during operation.