CNC Turning Parts Introduction And Service

Yaside CNC machining center can accurately process various materials, mainly including ferrous metals and non-ferrous metals. In addition, the fixed-head and sliding-head CNC lathes we use can also process engineering plastics. If you require turning services for special materials and special alloys, we are also happy to assist you.

Yaside CNC specializes in precision turned parts engineering, providing you with full process services from concept to design. We precision machine, heat treat and surface finish to ensure your product is of top quality. Final assembly, packaging and on-time delivery for you to enjoy quality service

Capacity

Yaside is an experienced multi-metal processing shop, we mainly work with materials such as steel, stainless steel, brass, aluminum and plastic. Our goal is to provide our customers with the highest quality processing services to meet the growing industry demands.

Our quality control team is dedicated to ensuring every product meets the highest standards. No matter what type of material you need to process, we can meet your needs. Our processing equipment is very advanced and can meet a variety of different processing requirements.

Our multi-metal machining services are able to meet a variety of industry needs and ensure the highest level of quality in a variety of materials. We can customize processing solutions to your specific needs, ensuring you get a product that meets your requirements.

Grade Of Steel

Steel types used for processing mainly include mild steel and alloy steel. The following table lists common grades:

230M07/230M07PB

070M20/080A15

080M40/212A42

605M36T/606M36T

708M40T/709M40T

817M40T

Stainless steel material

Our latest technology CNC lathes are capable of efficiently processing various grades of stainless steel, below are the main types listed:

303 (1.4305)

304 (1.4301)

316 (1.4401/1.4404)

416 (1.4005)

431 (1.4057)

440℃(1.4125)

Brass

Brass excels in both high strength and ease of machining, so it requires regular machining and maintenance. Here are its main levels:

CW614N (CZ121)

CW602N (CZ132)

CW606N (CZ131)

CW721R (CZ114)

CNC Turning Capabilities

No matter what part you need, we're able to machine a variety of materials, including stainless steel, brass, plastic and titanium. Our equipment can easily handle bar parts with diameters from 0.5 mm to 65 mm and can also handle blank parts with diameters up to 300 mm. This means you can create components and assemblies of all sizes, and we'll do our best to accommodate your needs.

Once you confirm the quote we provide and place your order with us, production of your turned parts will begin immediately. We use state-of-the-art CNC machines as well as superb traditional lathes to meet your requirements and tasks. Our team is very skilled in operating common CNC control systems and manual lathes, so whether you need a single part or a batch production, you can get the corresponding expert processing from our company. Our production capabilities are ideal for contract manufacturing, with batch sizes starting from 1 piece with no upper limit. In addition, we are also good at assembly production, not just limited to lathes, we also have multiple milling machines and sheet metal processing equipment to provide you with ready-to-use production and assembly services, even for the most complex workpieces and components. Down.

 

1. What is CNC turning?

CNC turning is the application of computer numerical control technology in turning processing. Through the pre-programmed processing program, the lathe is controlled to process the workpiece within the specified time. CNC turning has the advantages of high efficiency, high precision, and high stability, and is widely used in industries such as hardware parts, auto parts, and mechanical parts.

 

2. What are the common machining errors in CNC turning?

The processing errors of CNC turning mainly include machine tool errors, tool errors, measurement errors, etc. Among them, the most common machine tool errors include deviation errors, rotation errors, tilt errors, etc.; tool errors mainly include tool wear, poor grinding surface, etc.; measurement errors include equipment errors, human errors, etc.

 

3. How to avoid machining errors in CNC turning?

There are several ways to avoid machining errors in CNC turning:

(1) Machine tool adjustment: Check the movement accuracy of the machine tool. If there is any deviation, adjust it in time;

(2) Tool maintenance: Commonly used tools should be replaced in time, and the sharpening surface should be controlled within the specified range;

(3) Automatic measurement: Using automatic measurement equipment can effectively avoid errors caused by human operation and other reasons.

 

4. What are the main application areas of CNC turning?

CNC turning is widely used in high-precision and high-demand fields such as hardware parts, automotive parts, mechanical parts, aerospace parts, and medical equipment. At present, with the rapid development and technological progress of the manufacturing industry, the application range of CNC turning is becoming wider and wider, becoming an indispensable part of the manufacturing industry.

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