The product design principles of hardware stamping parts manufacturers are widely used in industries such as automotive, electrical stamping plants and aviation. So what are the design principles of hardware stamping parts for various industries? The design of the stamping parts should be in line with the use and technical performance of the product, and easy to assemble and maintain. The design of hardware stamping parts must be conducive to improving the utilisation of metal materials, reducing the variety and specification of materials and minimising material consumption.

 Low cost materials should be used wherever possible and scrap and gaps in the part should be retained wherever possible. Stamped parts must be designed to be simple in shape and structure so as to simplify the structure of the tooling and the number of processes, i.e. to complete the entire part in the least and simplest way possible. Reduce the use of alternative methods. Facilitate stamping operations, facilitate the organisation of mechanised and automated production and increase labour productivity. 

(4) In normal use, the stamping parts should be designed with the lowest possible dimensional accuracy grade and surface roughness grade to facilitate product replacement, reduce waste and ensure stable product quality. 

(5) The design of the stamping parts should make full use of the existing equipment, process equipment and process flow for processing, so as to prolong the service life of the hardware stamping parts. Stamping parts are more and more widely used in the machinery industry, especially in recent years, with the development of the machinery industry, the demand for various precision stamping parts is also increasing. Compared with other mechanical processing and plastic processing methods, hardware stamping parts are both technically and economically. There are many unique advantages.

The main properties are as follows.

1. Stamping can be used to process parts of various sizes and complex shapes, such as clock and watch stopwatches, automobile longitudinal beams, coverings, etc. With the addition of cold deformation hardening materials in the stamping process, it has high stamping strength and rigidity. Stamping generally does not produce chips and trimmings, has fewer consumables and no other heating equipment for hardware stamping parts. It is a material-saving and energy-saving processing method with low stamping costs. In the stamping process, the hardware stamping parts generally do not damage the surface quality of the precision stamping parts because the moulds ensure the size and shape accuracy of the precision stamping parts, the mould life is generally long, the hardware stamping parts have good quality stability and good interchangeability. "Exactly the same". Features. The invention has the advantages of high production efficiency, convenient operation, easy mechanization and automation. This is because stamping relies on dies and stamping equipment to complete the process. Ordinary presses can reach dozens of strokes per minute and high speed presses can reach hundreds or even thousands of strokes per minute. Precise stamped parts can be obtained. If you have any questions please feel free to call Rui Rui Electric Manufacturing.