Aluminum precision parts and products are loved by people for their light weight and beautiful appearance, and are more and more widely used in industry and daily life. Especially in recent years, with the advancement of technology and society, people have higher and higher requirements for the diversity of products. Therefore, the better the processing technology of aluminum products, the more people will be favored, the greater the market demand and the higher the income. CNC machining is the most ideal machining method for aluminum alloy shell products.
In order to meet people's diverse and high-quality requirements for aluminum shell products, processing skills must be summed up during processing. CNC machining technology requires the control system to be able to logically specify control codes or other symbolic instructions, and decoded by the computer, so that the machine can move and process parts. Cut blanks to semi-finished products, etc. with a knife.
CNC cutting is the cutting of aluminum alloys for finishing, and a more reasonable processing method is also a commonly used processing method. An end mill with multi-directional cutting function, helical cutting interpolation and external circular interpolation. It uses some tools to perform a small amount of hole machining.
The ball end mill combined with the helical interpolation method can continuously process tapered holes; the ball end mill and the helical interpolation drill can be used for boring and chamfering processing; it can be used for hole and precision parts processing; end mills for thread processing And the helical interpolation method can process various threaded holes.
The tool insertion function can be used to process aluminum alloy precision parts with high precision aperture of any size. Especially when high-speed milling is used, the force on each tooth is relatively small, so using the same coated carbide end mill can achieve high-speed and high-precision hole machining of various machining materials.
CNC machining of aluminum alloy shells requires mastery of machining technology and painting technology. Select a reasonable cutting speed, and the staff will choose the cutting speed according to the material to be processed, hardness, cutting state, material type, cutting depth and other factors. The above conditions are necessary to effectively reduce mechanical wear.
Choose the right tool. Generally speaking, when roughing, high-strength and durable tools should be selected to better meet the needs of roughing. Choose a reasonable light fixture. In order to reduce unnecessary positioning errors, special clamping tools should be selected to fully meet the requirements of the machine. Determine a reasonable processing route. Minimize the machining route and reduce machine wear.
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