Why Use Turning Instead of Milling
Turning is mainly used for round parts because the material rotates during machining, which makes it easier to control diameter, concentricity, and surface finish. For cylindrical parts, turning is usually faster and more cost-effective than milling.
If a part has many flat surfaces or complex shapes, milling is used after turning.
What Steel Materials Are Used for Turning Parts
Common steel materials for turning parts include:
Low carbon steel for general parts
Medium carbon steel for stronger parts
Alloy steel for high strength parts
Free cutting steel for high production efficiency
Stainless steel for corrosion resistance
Material selection depends on strength requirement, machining difficulty, and cost.
How Steel Turning Parts Are Produced
The production of steel turning parts usually starts with steel bar material. The machining process may include facing, outer diameter turning, drilling, boring, threading, grooving, and parting off. After machining, parts are deburred and inspected.
For high precision parts, grinding may be required after turning.
What Affects the Cost of Steel Turning Parts
Several factors affect the price of steel turning parts:
Material type
Part diameter and length
Machining time
Tolerance requirements
Surface treatment
Order quantity
Large quantity orders usually have lower unit price because machine setup cost is shared across more parts.
Where Steel Turning Parts Are Used
Steel turning parts are widely used in:
Machinery manufacturing
Automotive components
Industrial equipment
Automation equipment
Hardware products
Equipment maintenance parts
Most steel turning parts are custom-made according to drawings.
Conclusion
Steel turning parts are suitable for round components that require stable dimensions and repeat production. Choosing the right material and machining process can help
