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We often see transparent medical equipment accessories, transparent home appliance housings, transparent cosmetic packaging materials, etc. in our lives. I often wonder how these are made, whether they are made of transparent raw materials or are there any special treatments?

Injection molding, a manufacturing process that involves injecting molten plastic or metal into a mold to create parts, has become the backbone of modern industry. From the smallest components in electronics to the largest parts in automobiles, injection molding machined parts are ubiquitous in our daily lives.

Precision hardware can be cut according to production needs, and then some small accessories can be cut or CNC processed, and precision hardware must be used as a container for cutting and punching, followed by welding, then sanding, and oil injection. After the accessories are made done. It should be reminded that small parts also need to be electroplated or sprayed on the surface after grinding. There are many cases of batch processing of precision metal parts, so the production method and cycle of precision metal processing are different from the operating specifications and processes of general product processing.

Biomedical materials are a high-tech industry with the most interdisciplinary and knowledge-intensive industries, including metals, polymer materials, composite materials, etc. Among them, medical polymer materials are the earliest developed, most widely used, and most used materials in biomedical materials.

The cooling time of the part usually refers to the period of time from when the plastic melt fills the cavity of the injection mold until the part can be opened and taken out. The time standard for taking out the part by opening the mold is often based on the part that has been fully cured, has a certain strength and rigidity, and will not be deformed and cracked when the mold is opened and ejected.

Compared with PTFE, the advantages of PEEK material are high strength, good wear resistance, high mechanical strength at high temperature, dimensional stability, good creep resistance, and injection molding.