精密ハードウェア部品の CNC フライス加工

複雑な形状のハードウェア部品のフライス加工が可能なCNCフライス盤. フライス加工はブランクを修正することです, 高速回転フライスを使用してブランク上を移動し、必要な形状や機能を切り出します。. 従来のフライス加工は主に、輪郭や溝などの単純な形状フィーチャをフライス加工するために使用されます。. CNC フライス盤は複雑な形状や特徴を加工できます. The milling and boring machining center can perform three-axis or multi-axis finishing. Used for processing, 金型, 検査ツール, aluminum cavity prototypes, 薄肉複雑曲面, 人工補綴物, インペラブレード, 等. When choosing CNC milling processing, we should give full play to the advantages of CNC milling machine.

Milling is a common metal cold processing method. 旋削加工との違いは、フライス加工では, the tool is driven by the spindle to rotate at a high speed, ワークピースが比較的静止している間.
旋削とフライス加工の違い: Turning is used to process revolving parts. The parts are clamped on the main shaft of the machine tool through three gripping chucks and rotated at high speed. Then use a turning tool to move the tool according to the generatrix of the revolving body, turning out the appearance of the product. The lathe can also process inner holes, threads, ローレット加工, 等.

CNC milling of hardware parts

マスクマシンのエンボスローラーのCNCフライス加工

フライス加工
(1) Curve contours on milling hardware workpieces, straight lines, arcs, threads or spiral curves, especially non-circular curves and list curve contours given by mathematical expressions.
(2) It is possible to mill the spatial curve or surface of the given mathematical model.
(3) Although the shape of the milling pin is simple, the parts are of various sizes and difficult to detect.
(4) CNC milling can be selected for the inner cavity of the product and the inside of the box that are difficult to observe, control and detect during the processing of ordinary machine tools.
(5) Holes or flat parts with strict size requirements can be milled.
(6) A simple surface or shape that can be milled in one clamping.
(7) The use of CNC milling processing can effectively increase productivity and reduce labor intensity.
The main processing products suitable for CNC milling include the following categories: flat contour parts, 可変ベベルパーツ, spatial curved contour parts, 穴とネジ山, 等.