Medical chassis casings are generally produced using low voltage injection methods. Low voltage injection is produced using simple grinding tools, such as aluminum alloy templates, epoxy resin molds, ABS grinding tools, and most commonly epoxy resin molds. Due to the lower cost of epoxy resin molds compared to aluminum, the speed of mold production is fast.
Low voltage injection is suitable for small batch production research and development in the context of product development. This type of product is mainly used in the automotive manufacturing industry, as well as in the production of small batch products with simple product structures and uneven thickness rubber and plastic products. This type of product is mainly used in medical device products such as medical trolley shells, instrument equipment shells, experimental reagent machine equipment shells, automotive rear bumpers, engine covers, etc.
Jinan hand board manufacturers usually produce a relatively high quantity of these products. If plastic molds are used, the cost will be relatively high, and many products must change their product design in order to be processed through injection molding. The key to injection mold processing is the use of steel templates, which can produce a large number of products on beer machines. Injection mold processing is suitable for products with smaller relative size, and the production volume will be very large.
The processing technology of medical equipment casing is the core technology that sheet metal technicians must grasp, and it is the main process for forming sheet metal products. The production and processing process of medical equipment shells includes basic production and processing, laser cutting and cutting, bending production and processing, rolling processing, partial production and processing, production equipment and new technology application, etc.
Gradually, from the basic concepts of production and processing, production processes, and application of raw materials, to various production equipment and new technology applications, specific parts, typical prefabricated components, and commonly used equipment in production are carried out through processes such as shear pressing, punching, and melting, bending, roll bending and bending, die-casting stamping, and bulging.
In addition to strict management in production and manufacturing, it is necessary to inspect the finished products independently of production. Firstly, strictly control the specifications according to the engineering drawings. Secondly, strictly control the appearance quality. Repair or scrap those who do not meet the specifications. The appearance should not be scratched, and testing should be conducted for color deviation, corrosion resistance, adhesion, etc. after painting. Anything else? Welcome to our website http://www.jrjmockup.com consulting service