Ultra-thin CNC turning Copper Parts

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   Ultra-thin CNC Turning copper parts. Engineers put more components in smaller spaces. Requires a product that is small enough, Ultra-thin. After several CNC Machining Turning experiments, dozens of parameters set. Machining out, Ultra-thin turning parts, Material: Copper. Size: ф155.7*151.7*0.3mm. And a "U"-shaped groove was also formed over 0.3 mm in thickness. Product surface plating Ag is to get better electrical conductivity. We also produced Ultra-thin CNC turning parts with a thickness of 0.23mm.

   Our CNC Turning Center is equipped with a multi-station turret or power turret. The machine has a wide range of machining performance, Machinable linear cylinder, diagonal cylinder, arc and a variety of thread, groove, worm and other complex parts as well as six lathe. Machining size of the largest diameter can reach ф860mm, a single product the thinnest 0.23mm.

    CNC turnining and CNC Milling Machining materials are:  copper / bronze / H62, Titanium / TC4.

                                                                                                             Aluminum 6061, 6063, 6061-T6, 7075, 5052, 2017, 6082.

                                                                                                            Stainless steel: 1.4305, 1.4301, SUS316, SUS303, SUS304.

                                                                                                            Steel: Q235, 45#, A3, 718H, S136, SKD11 etc.. 

                                                                                                            Plastic: POM, Teflon, PA, ( PA66 ) PC, PMMA,Nylon etc..

    Product surface treatment: anodize ( clear, black, blue, yellow, can also customize a variety of colors ), sandblasting, spraying, passivation, laser engraving LOGO, silk screen LOGO.

   Our technical staff for each CNC machinng turning drawing based on the material of the product for detailed analysis. Reasonable set for the machine parameters. Including: cutting ( machining ) speed ( linear speed, circumferential speed ). Tool material. Machining conditions ( roughing machining and finishing machining turning ). Feed amount. Cutting ( turning ) depth.