
Category | Classified by product structure | Shaft parts: mainly used to support rotating components and transmit torque, such as motor shafts, machine tool spindles, etc. |
Disk type parts: usually have large rotating surfaces, such as gears, flanges, etc. | ||
Box type parts: used to accommodate and support other components, with complex internal cavity structures, such as gearbox boxes, engine cylinder blocks, etc. | ||
Bracket components: They play a supporting and connecting role, with various shapes, such as the columns of machine tools and the brackets of robotic arms. | ||
Technology | Cutting process technology
| 1. Milling: Using milling cutters to machine workpieces in a CNC milling machine or machining center for flat, contour, cavity, and other machining. 2. Turning: On a CNC lathe, rotating parts are machined by relative motion between a rotating workpiece and a fixed tool. 3. Drilling: Use a drill bit to create various holes on the workpiece. 4. Boring: Used for machining high-precision holes, especially for large diameter holes and hole systems with positional accuracy requirements. |
Grinding processing technology
| 1. Flat grinding: Grinding the flat surface of the workpiece with a grinding wheel to obtain high flatness and surface smoothness. 2. External cylindrical grinding: mainly used for machining rotating surfaces such as cylindrical surfaces and conical surfaces. 3. Internal circle grinding: used to grind the surface of the inner hole of the workpiece, and can process various shapes of inner holes. | |
Special processing technology
| 1. Electric discharge machining: Using the high temperature generated by pulse discharge to corrode metal materials and process complex shaped parts. 2. Wire cutting processing: By using electrode wire discharge to cut workpieces, various shapes of two-dimensional contours can be machined. | |
Other processing techniques
| 1. Laser processing: Using high-energy density laser beams for cutting, welding, drilling, surface treatment, and other processing of materials, it has the advantages of high precision, fast speed, and non-contact. 2. Ultrasonic processing: suitable for processing hard and brittle materials. |



Production & Processing




Stainless Steel 316 High-Pressure Valve for Oil and Gas Pipelines by Advanced Abrasive Water Jet Machining Technology
Keyword:
CNC Machining Parts
Oil Field Equipments and Parts
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FAQ
Q
Can we have a tour of the factory?
A
We are more than happy to welcome visitors to our company to see our machining shop.
Q
How long do the products take?
A
The time from order confirmation to shipment will vary according to the inventory of the required products, processing and production, etc. The exact time can be confirmed by communication.
Q
In which port is the transportation?
A
Zhoushan Port, Ningbo.
Q
What methods of payment do we support?
A
T/T,