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The VMT blog is dedicated to sharing our hard-earned knowledge in prototype manufacturing. We hope these articles will help you optimize your product designs and gain deeper insight into the world of rapid prototyping. Enjoy the read!
Get an Instant Quote All uploads files are safe and confidentialIn the CNC machining process, the cost has also become our first consideration in this process, which also determines the competitiveness of the parts.
According to personal experience for many years, CNC machining of aluminum alloy cavity, the thinnest side wall height of 10MM can be at least 0.2, 20MM high and the thinnest can be 0.3, 30MM high and the thinnest can be 0.4 The bottom thickness should be determined according to the bottom area How much the thinnest can be done, 300MM can be 0.2, 600MM can be 0.3
CNC turning is a kind of machine tool that is widely used. It can select dozens of tools from the programs preset by the CNC system to CNC turn parts, not only can be controlled by the coordinate system) Accurate cutting or other CNC machining positions
In the process of CNC machining parts of aluminum shell, sometimes due to improper handling or other reasons, the surface of CNC machining parts of aluminum shell often appears unsmooth.
The production and processing process of the CNC machining factory is an important document to guide the manufacturing. It plays a great role in ensuring the CNC machining quality of the parts and meeting the requirements specified in the design drawings.
The accuracy of CNC machined parts depends on many factors, including part design, tool selection, toolpath programming, how fixtures are held, and more.
CNC index-controlled machine tools are programmed and operated by CNC machining language, generally G code. The CNC machining G code language informs the CNC machine tool which Cartesian coordinates to use for the machining CNC blade, and controls the CNC blade's cutting speed and spindle bearing speed ratio, as well as its special tool changer, coolant and other functions.
Many of the products we use in our daily lives are stainless steel. This stainless steel material is forged by stamping, laser and other methods, and sand holes, burrs, etc. occur in the later stage of the process. Therefore, many companies choose to process stainless steel etching through etching processes.
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