Plastic parts manufacturers share a practical tip to help identify problems after production and manufacturing.
Which parts or materials themselves have defects and what are the differences in hardness? Judging certain types of parts can help confirm whether they meet design requirements. If you are not sure if the material is always small, then you can determine other types. If the material of your part is any metal shell thickness, you cannot process all of it yet? For professional knowledge in drilling and mining, please contact us. We will search for the best suitable materials for you and apply them. Please contact us.
It should be noticed that some parts are used without starting or during customer visits, and can be repaired by oneself. If the customer has removed it before, it may not be possible to disassemble it. Please find it as soon as possible.
As long as it can process other metal parts, there is no need to pursue any other type of parts, and of course, it also handles processes such as cutting tools, such as milling rings, shafts, and so on.
Stainless steel parts lack precision due to chemical reaction oxidation, and cannot be drilled again without drilling materials. The drill bit can drill into the processed hole at the bottom of the hole.
The parts have outstanding plasticity and strength, combined with a small amount of tool information, allowing for various shapes of parts such as drill bits, turning tools, planers, milling cutters, cold extrusion heads, boring cutters, drill bits, reamers, taps, dies, and knurling cutters. They are commonly used in industries such as aviation, aerospace, shipbuilding, automotive, wind power, nuclear power, military, wind power, solar energy, etc.
Cold and Hot working technologies account for 3~4/10% of the total. Numerical control has high reliability and machining accuracy of about 8~10%, and the consolidation has exceeded 1~300 μ M. With the expansion of processing scale, the degree of industrialization is now increasing. Therefore, it is not only required to ensure the machining accuracy with the size and surface roughness of the parts, but also to have special key points such as machining, milling, and cutting of the machine tool.
In the past decade, with the help of high-tech tools such as CNC lathes and five axes, as well as SK series high-speed five axis machining equipment in high-precision machining, new technologies such as ultra precision machining technology standards, cutting and forming processing capabilities, ultra precision machining equipment, and secondary powder metallurgy technology have been developed, making mass production possible. It can be said that the entire processing requires higher precision and quality, and continues to develop. Promote the green transformation of industries with advanced technology, further improve labor conditions, and enable more industries to achieve useful development.
Cutting machining is a special machining process that is often or occurs under high-speed cutting, which directly affects the quality and performance of the machined surface. Having precision and surface quality that traditional machining methods cannot achieve, the longer the machining time, the lower the precision. Adopting special advanced technology and industry standards for mechanical processing, studying the development trend of cutting technology and future cost-effective use of correct cutting tools and processing techniques to reduce tool wear. Obtaining good processing benefits.