Customized SUS304 Lathe Machining Thread CNC Turning Parts Description

CHINA Customized SUS304 CNC Turning Parts Lathe Machining Thread Products

Product Details:

High-quality Lathe machining Thread SUS304products parts CNC Turning Machinery Spares Lathe Factory

Material:SUS304 Rugosity:Ra1.6 Tolerance:0.01-0.03mmDiameter:Ø55mm Conical spiral teethL*W*H(mm)=540mm*55mm*55mm

Main Products Display

Metal:Aluminum2024,2A12,5052,6020,6061,6063,7075,45#,SKD11,DC53,SUS304,SUS136.Machine:CNC lathe,Centering Machine,Multi-Axis turning,Surface treatment:nickel plating,chrome plating,anodizing.Purpose:Semiconductor Machinery,Laser Cutting Equipment,Communication equipment,

Testing equipment,Medical equipment,agricultural machinery,electrical appliances products,

Generator parts,Bathroom Parts,Ship accessories,Electric Tool Parts,Monitoring equipment,

Communication Equipment,Audio Equipment Parts,Digital Camera Parts,Mining Machinery

Parts,Petroleum Mining Machinery Parts,Juice extractor parts,Mountaineering Equipment

Parts,Fishing gear parts,Sports Equipment Parts,Fitness Equipment Parts,Photographic

equipment parts,Furniture Hardware Parts,Mower Parts

Key Production Equipment Display

Continuing to invest heavily in our facilities , we aim to bring you the most reliable,efficient

and affordable metal component.our highly skilled and professional workforce is dedicated

to satisfying the individual needs of all our customers and various markets the serve.

what is CNC?

The Basics Of CNC Machining

CNC (Computer Numerical Controlled) machining is a means to remove material with high precision

machines, using a wide variety of cutting tools to create the final design. Common CNC machines

include vertical milling machines, horizontal milling machines, lathes, and routers.

How CNC Machining Works

To successfully make a part on a CNC machine, skilled machinists create programmed instructions using

CAM (Computer Aided Manufacturing) software in conjunction with the CAD (Computer Aided Design)

model provided by the customer. The CAD model is loaded into the CAM software and tool paths are

created based on the required geometry of the manufactured part. Once the tool paths are determined,

the CAM software creates G-Code (machine code) that tells the machine how fast to move, how fast to

turn the stock and/or tool, and where to move the tool or workpiece in a 5-axis X, Y, Z, A, and B

coordinate system.