CNC Precision Turning Parts for High-Speed, Accurate Production

CNC Precision Turning Parts for High-Speed, Accurate Production

CNC precision turning parts are essential for high-speed, accurate production in various industries. These parts are commonly used in the manufacturing of automotive components, aerospace equipment, and medical devices. With their ability to produce intricate and complex shapes with tight tolerances, CNC precision turning parts are crucial for ensuring the quality and efficiency of production processes.

CNC turning process steps are to analyze drawings, determine the need for processing technology, a reasonable choice of tools, fixture installation, programming, according to the programming of the knife to confirm the number of knife fill, test processing products, confirm the size of the product, after the data can be fully adjusted into mass production. 

Products Details

Product features

Our CNC precision turning parts are designed for high-speed and accurate production, delivering superior product function attributes and adapting to a wide range of CNC turning advantage requirements. With exceptional precision and adaptability, our CNC turning process steps are engineered to deliver a faster production speed without compromising on accuracy. Whether it's producing complex contour shapes, meeting surface roughness requirements, or handling parts with special threads, our CNC precision turning parts are perfect for delivering the superior performance and value attributes you need for your manufacturing needs.

We serve

At our company, we serve our customers by providing CNC precision turning parts for high-speed and accurate production. Our expert team is committed to delivering top-quality parts that meet the specific needs of our clients. We understand the importance of precision and efficiency in production, and we are dedicated to helping our customers achieve their production goals. With our advanced technology and attention to detail, we guarantee superior performance and reliability in every part we produce. From small-scale operations to large-scale manufacturing, we serve our customers with precision, speed, and an unwavering commitment to excellence.

Why choose us

At our company, we serve with a commitment to providing high-quality CNC precision turning parts for high-speed and accurate production. Our team of experts is dedicated to delivering top-notch products that meet the demands of modern manufacturing processes. With a focus on precision and reliability, we aim to facilitate efficient production and ensure the seamless operation of our customers' businesses. We prioritize customer satisfaction and strive to exceed expectations by offering unparalleled expertise and support. Trust us to serve your needs with excellence and deliver the precision turning parts that will elevate the performance of your production processes.

What is CNC turning


CNC turning process steps are to analyze drawings, determine the need for processing technology, a reasonable choice of tools, fixture installation, programming, according to the programming of the knife to confirm the number of knife fill, test processing products, confirm the size of the product, after the data can be fully adjusted into mass production. 


 Turning is lathe processing, lathe processing is a part of mechanical processing. Lathe processing is mainly used to turn the rotating workpiece turning to a process. In the lathe also available drill, reamer drill, reamer, tap, die, and knurling tools for the corresponding processing.

Type of CNC turning parts

First, the type of CNC turning parts


The main movement of CNC lathe turning is the rotary movement of the spindle, the type of processing is mainly revolving around body parts. Rotary body parts are divided into three categories: axle sleeve, wheel, and complex contour shape. The difference between the sleeve and disc parts lies in the length-diameter ratio. Generally, the parts with a length-diameter ratio greater than 1 are called sleeve parts. Parts with an aspect ratio less than 1 are called wheel parts


1, CNC lathe processing of the main object


CNC lathe machining precision is high, can make a straight line and arc interpolation, some advanced CNC devices have some non-circular curve interpolation function and in the process of automatic transmission and other characteristics, for the characteristics of CNC lathe, the following parts are most suitable for CNC turning processing


CNC turning


2, high precision rotary parts


CNC lathe can process parts that require higher precision of bus straightness, roundness, and cylindricity. For arcs and other curves, the shape produced is very close to the geometric shape required in the drawing. On some occasions, a car can be substituted for a mill


3. Rotary parts with particularly complex contour shapes


Because CNC lathes have linear and circular interpolation functions, some advanced CNC devices and some non-circular curve interpolation functions, so you can turn by any straight line and plane curve composition of the shape of the complex rotating body parts, and difficult to control the size of the parts such as shell parts with the closed inner forming surface. This is an incomparable advantage of traditional lathes


4, surface roughness requirements of rotary parts


Some CNC lathes have the function of constant linear speed cutting, which can process parts with small and uniform surface roughness. When turning taper and end face on a common lathe, the surface roughness after turning is not consistent because of constant rotation speed. Using the constant linear speed cutting function of the CNC lathe, the optimal linear speed can be selected to cut the cone and end face, so that the machined surface roughness value is small and consistent. Numerical control car


CNC turning


Cutting is also suitable for turning parts with different surface roughness requirements. Roughness value requires large parts to use large feed, and small parts to use small feed.


5. Rotary parts with special threads


CNC lathe can not only turn any equal lead straight, conical thread and end thread, and can increase the load, reduce lead and requirements of equal lead and variable lead smooth transition between the thread, but also can turn high precision modular spiral parts (such as cylindrical, circular worm) and end (disc) spiral parts. CNC lathes can be equipped with precision thread cutting function, the use of cemented carbide forming tools and a high number of revolutions, so the turning out of the thread precision is high, the surface roughness is small


Two, turning process characteristics


Turning processing is mainly used to process a variety of rotary surfaces, that is, the workpiece rotation as the main movement, turning tool for feed movement. Common turning methods are turning inside and outside the circle, turning plane, and turning cone turning thread. According to the choice of turning tool Angle and different cutting amounts, turning can be divided into rough turning, semi-finishing turning, and finishing turning stage. Among them:


CNC turning


The tolerance grade of the coarse car is IT12~IT11, and the surface roughness Ra is 12.5~25um. The dimension tolerance grade of the semi-finishing car is IT10~1T9, and the surface roughness Ra is 3.26.3um


The dimensional tolerance grade of a fine car is IT8~IT7, and the surface roughness Ra is 0.8~1.6um(non-ferrous metal Ra can reach 0.4~0.8um)


CNC turning advantage


Production speed


CNC turning is faster for boring, drilling, and molding operations. This allows the industrialist to meet deadlines and increase productivity while on the road.


accuracy


CNC turning is more accurate and can complete the operation with precise machining. As a result, it is trusted by many important parts with a rounded surface, such as rollers, gears, and drills.


adaptive


CNC turning has strong adaptability and can be interlinked with CNC milling to meet industrial requirements. It can also produce parts for other mechanical parts, from bolts and nuts to torque and turbines. However, backward compatibility and asymmetric design are critical to the beneficial effects of this interconnection.


The product shape


It is very difficult to produce parts with circular designs using milling and milling processes, not to mention that they often do not fit the required dimensions and must be trimmed.


Basic Information
  • Year Established
    --
  • Business Type
    --
  • Country / Region
    --
  • Main Industry
    --
  • Main Products
    --
  • Enterprise Legal Person
    --
  • Total Employees
    --
  • Annual Output Value
    --
  • Export Market
    --
  • Cooperated Customers
    --
Send your inquiry
Chat
Now

Send your inquiry

Attachment:
    Choose a different language
    English
    Tiếng Việt
    Bahasa Melayu
    हिन्दी
    русский
    Português
    한국어
    日本語
    italiano
    français
    Español
    Deutsch
    العربية
    Current language:English