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OEM 304 Stainless Turning Precision Component
Our company produces SUS303, 304, SUS400 series, 316F stainless steel precision turning parts and lathe parts of various specifications and sizes.
The product on the left is a representative stainless steel turning part produced by our company:
Stainless steel turning parts with threads, steps and milled hexagonal edges are made of SUS303 stainless steel, thread specification M4,
Maximum outer diameter (ie its head diameter): 10mm, total length 38mm
Features: Axial face milling hexagonal, large turning volume, high precision, semi-finished products are completed by automatic lathe + hydraulic milling machine milling hexagonal face + thread rolling machine rolling. This turning part is used in a well-known electrical appliance for fastening and adjustment.
Categories: CNC milling services, stainless steel parts
Tags: CNC Milling, CNC turning, stainless steel parts
Stainless steel turning parts | |
Two stainless steel precision turning parts with internal threads, various automatic lathe parts produced with SUS303 as the material Main process: turning, embossing, milling, rolling (or turning), drilling, tapping, etc. The smaller product specification in the left picture is M4*5*16 (thread * maximum outer diameter * total length, unit: MM, the same below), which is a straight-grained internal thread product. Great product specifications for the M5 * 12 * 16, one end of the milling bilateral | |
Stainless steel precision turned parts with pressure teeth | |
This is a special threaded part (also a standard part abroad): SHOULDER SCREW, shoulder screw or plug screw or contour screw. The shaft surface accuracy requirements are often relatively high, the shaft surface diameter tolerance is generally 0.01MM, and the surface roughness is 0.8um. | |
Comparison of large and small stainless steel turning parts, click on the left picture to see the comparison of these two large and small turning parts | |
Milling with internal threads and external threads of stainless steel turning member |
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⑴ Reduced technical requirements for operators:
A senior worker of ordinary machine tools cannot be cultivated in a short time. However, the training time for a CNC employee who does not need programming is very short (for example, a CNC lathe worker only needs one week, and he will write simple processing programs). In addition, the parts processed by CNC workers on CNC machine tools have higher precision than those processed by ordinary workers on traditional machine tools, and it takes less time.
CNC milling and turning stainless steel Price
The main properties of stainless steel
The workability is much worse than that of medium carbon steel. Taking the machinability of ordinary No. 45 steel as 100%, the relative machinability of austenitic stainless steel 1Cr18Ni9Ti is 40%; The relative turning workability of ferritic stainless steel 1Cr28 is 48%; Martensitic stainless steel 2Cr13 is 55%. Among them, austenitic and austenitic + ferritic stainless steels have the worst machinability.
control the precision of milled parts
The optimization of CNC milling usage is based on the characteristics of milling parts. Through the technical and economic analysis and research of the CNC milling parts process, a scientific, reasonable and accurate milling parameter optimization mathematical model is established, and appropriate optimization algorithms are adopted.
Lathe turning precision copper electrical parts
The picture on the left shows a copper turning part with internal and external threads. Wait, something seems wrong. . . . . . Is this copper?
That's right, this is a copper turned part, made of C3604 fast-cutting brass, the surface is electroplated, and the plating is nickel-plated, so it looks like stainless steel.
This product has both internal thread and external thread, internal thread is M4, external thread is M6. While the outer threaded upper flat sided milling, and thread to ensure 100% compliance.
How do we lathe such internal and external threaded products? You can refer to this address, the first product on this page is the semi-finished product of the product on the left (unmilled, unplated, copper color):
Milling Machine and Milling Technology
Milling refers to the use of rotating multi-edge tools to cut workpieces, and is a highly efficient processing method. When working, the tool rotates (does the main movement), and the workpiece moves (the feed movement). The workpiece can also be fixed, but the rotating tool must also move (to complete the main movement and the feed movement at the same time). The machine tools used for milling are horizontal milling machines or vertical milling machines, as well as large portal milling machines. These machine tools can be ordinary machine tools or CNC machine tools. Use a rotating milling cutter as a cutting tool. Milling is generally performed on a milling machine or a boring machine. Suitable for processing plane, grooves, various molding surface (flower key, gear and thread) and special shaped surface of the mold and the like.