CNC machining is commonly used in which parts machining

CNC Machining Occupies A Very High Position In CNC Equipment. Many Parts Processing Companies Will Use CNC Machining Centers . So What Types Of Parts Can CNC Machining Process? As We All Know, CNC Machining Centers Are Suitable For Processing Parts That Are Complex, Have Many Processes, Have High Requirements, Require Various Types Of General Machine Tools Various Tool Fixtures, Require Multiple Clamping Adjustment Before Processing. Its Processing Targets Are Mainly Box Parts, Complex Curved Surfaces, Special-Shaped Parts , Panel Parts Special Processing.

(1) Box Parts.

Box Parts Generally Refer To Parts With Multiple Hole Systems, Cavities Inside, A Certain Ratio Of Length, Width, Height. Such Parts Are Mostly Used In Machine Tools, Cars, Aircraft Manufacturing Other Industries. Box-Shaped Parts Generally Require Multi-Station Hole Making Plane Processing, With High Tolerance Requirements, Especially Strict Form Position Tolerance Requirements. Generally, They Need To Go Through Milling, Drilling, Expansion, Boring, Reaming, Countersinking, Tapping Other Processes, Requiring More Tools. Regarding The Machining Center For Machining Box Parts , When There Are Many Machining Stations The Workbench Needs To Rotate Multiple Times To Complete The Parts, A Horizontal Boring Milling Machining Center Is Generally Selected.

(2) Complex Surfaces.

Complex Curved Surfaces Play A Particularly Important Role In The Machinery Manufacturing Industry, Especially In The Aerospace Industry. It Is Difficult Even Impossible To Complete Complex Curved Surfaces Using General Processing Methods. In My Country, The Traditional Method Is To Use Precision Casting, Which Is Conceivably Of Low Precision. Complex Curved Surface Parts, Such As: Various Impellers, Guide Wheels, Spherical Surfaces, Various Curved Surface Forming Molds, Propellers Underwater Vehicle Propellers, Some Other Free Curved Surfaces. The Following Are More Typical:

(3) Special-Shaped Parts.

Special-Shaped Parts Are Irregularly Shaped Parts, Most Of Which Require Multi-Station Mixed Processing Of Points, Lines Surfaces. Special-Shaped Parts Generally Have Poor Rigidity, It Is Difficult To Control The Deformation During Clamping, It Is Difficult To Ensure The Processing Accuracy. Even Some Parts Of Some Parts Are Difficult To Complete With Ordinary Machine Tools. When Processing With A Machining Center, Reasonable Process Methods Should Be Adopted, One Two Clamping, The Characteristics Of Multi-Station Mixed Processing Of Points, Lines Surfaces In The Machining Center Should Be Used To Complete Multiple Processes All Processes.

(4) Discs, Sleeves Plates.

The End Faces With Keyways, Radial Holes, Distributed Hole Systems, Curved Sleeves Shaft Parts, Such As Flange Sleeves, Keyways Square Head Shaft Parts, As Well As Multi-Hole Processing Plates, Such As Various Motor End Faces With Distributed Holes Curved Surfaces Of The Disc Parts Should Choose The Vertical Machining Center, While The Horizontal Machining Center With Radial Holes Should Be Selected.

(5) Trial Production Of New Product Parts

The Machining Center Has Wide Adaptability High Flexibility. When The Machining Target Is Changed, It Only Needs To Compile Input A New Program To Realize The Machining.