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How does the CNC milling machine work?
Process aluminum, Stainless steel, チタン, 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.
フライス盤のフライス加工技術
フライス盤とそのフライス技術設定とは何ですか?
フライス加工は、幾何学的に定義された形状を持つワークピースを製造するための切削加工プロセスです。. すべての機械加工プロセスと同様に、, 材料はブランクからチップの形で除去されます. フライス加工は、幾何学的に定義された刃先を備えた切削のグループに属します。, フライス工具の刃先の形状は既知であるため、.
プラスチック部品を正しくフライス加工する方法?
CNCボーリング中ぐり盤のワークピース
The processing of CNC boring machine is mainly a machine tool that uses a boring tool to boring holes on the workpiece. いつもの, 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.
ボーリングおよびフライス加工の精密部品のサプライヤー
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).
旋削およびフライス加工中空部品のクランプ
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.