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1 High speed and high precision   According to precision cnc machining company, high speed machining and precision are the eternal goals of machine tool development. With the rapid development of science and technology, the renewal of mechanical and electrical products has accelerated, and the requirements for precision and surface quality of parts processing have become higher and higher.

The diversity of CNC prototype model processing methods? Do you know the CNC prototype model? The following Pingte precision hardware parts processors will explain to you! With the gradual growth of the prototype industry, the manufacturing process has also been updated day by day. There are 3D printing and silica gel casting. But CNC machining is still the most common way to produce parts. At present, the common methods of CNC machining prototype models are as follows:

Thread machining is one of the very important applications of CNC machining centers. The machining quality and efficiency of threads will directly affect the machining quality of parts and the production efficiency of machining centers.

CNC engraving machine is good at fine machining of small tools, with the ability of milling, grinding, drilling and high-speed tapping. It is widely used in 3C industry, mold industry, medical industry and other fields. This article collects common questions about CNC engraving.

With the widespread application of plastic products, such as daily chemical products and beverage packaging containers, the appearance needs often require the surface of the Metal Parts Machining cavity to reach the level of mirror polishing.

This is a frequently encountered problem, but it is also relatively easy to solve. When it is really not solved by technological means, it can be improved from the design and manufacture of molds, which can generally be solved.

1. Process classification: Molded foaming: primary foaming (large mold, small mold), secondary foaming Injection foaming: MD, slippers Continuous foaming: EPE Extrusion foam: board