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How does the CNC milling machine work?
Process aluminum, Stainless steel, titanium, plastic and much more with the CNC portal milling machine. With our computer-controlled milling you can produce precisely, accurately and reliably. Whether for the workshop (hobby, model making, maker), the trade (CNC production, prototype construction, series production). with us you will find the right milling parts for your application.
Milling Technology of Milling Machine
What is a milling machine and its milling technology settings?
Milling is a cutting manufacturing process for the production of workpieces with a geometrically defined shape. As with all machining processes, material is removed from a blank in the form of chips. Milling belongs to the group of cutting with geometrically defined cutting edges, since the geometry of the cutting edges on the milling tools is known.
How to Choose a Good CNC machining Supplier?
How to Mill Plastic Parts Correctly?
CNC Boring Workpiece of Boring Machine
The processing of CNC boring machine is mainly a machine tool that uses a boring tool to boring holes on the workpiece. Usually, the rotation of the boring tool is the main motion, and the movement of the boring tool or the workpiece is the feed motion. Its machining accuracy and surface quality are higher than those of drilling machines. CNC boring machine is the main equipment for processing large box and shell parts.
Boring and Milling Supplier of Precision Components
Boring, milling is an inner diameter cutting process in which a tool is used to enlarge a hole or other circular contour. Its applications generally range from semi-roughing to finishing, and the tools used are usually single-edged boring tools (called boring bar tools).
Turning and Milling Hollow Parts Clamping
Unlike normal workpiece turning and milling operations, the clamping of thin-walled hollow workpieces requires the use of a chuck with low distortion and safety. When turning thin-walled hollow parts, clamping distortion can cause the specified tolerance range to be exceeded and the workpiece to become scrap. The choice of chuck is therefore very important. Balanced clamping jaws offer the advantage that, with an optimum arrangement of the clamping points, the deformation of the workpiece can be reduced to 10% of the original deformation, while the clamping force of the chuck remains constant.