0.01 mm Tight Tolerance

Lead Time as Fast as 1 Day

Strong flexibility for Change parts types

ISO 9001:215 Registered

High speed running lathe spindle with moving lathe cutter, it make the high quality surface and high precision parts

Running Milling cutter with 360 degree rotate of spindle, it make the complex part with accuracy

<10

The general tolerance is following DIN ISO 2768-M unless customers drawings with specification.

Linear Tolerance

Linear Dimension(mm) 

3~6

6-30

30-120

120-400

400-1200

1200-2000

±0.1

±0.1

±0.2

±0.3

±0.5

±0.8

±1.2

Permissible deviations in degrees and minutes for ranges in nominal lengths(mm)

Angular tolerance

0.5~3

10-50

50-120

120-400

±1º

±0º30'

±0º20'

±0º10'

Straightness and Flatness

Ranges in nominal lengths (mm) 

Straightness and Flatness Tolerance

<10

30-100

100-300

300-1000

10-30

0.05

0.1

0.2

0.4

0.6

Our CNC Turning service offers a vast range of materials with different characteristics, our customer can choose the suitable material for their parts.

Aluminum

Brass

Copper

Stainless steel

Titanium

Plastic

Machined

Bead Blasting

Anodizing

Chroming

Electroplating

Powder Coating

Following the ISO 9001:215 Quality system from Incoming material to Delivery

98% Delivered on time, react flexibly to customer requests in short time.

Semi-automatic production, one skilled worker can operation several machines

Best mass production  tolerance as +/-0.01mm

Advantage of CNC Turning Service

CNC Turning is an efficient and precise processing method with the characteristics of high precision, strong flexibility and high production efficiency. It is widely used in automobile manufacturing, aerospace, medical equipment, electronic communications and other industries. 

In the aerospace field, the machining of parts requires extremely high precision and consistency. CNC turning technology is widely used in the manufacturing of complex three-dimensional shapes and extremely high surface smoothness, and CNC turning can meet these strict requirements through precise programming and efficient machining.

CNC turning technology is widely used in the machining of engine components, transmission gears, and chassis components. Automotive components typically require high strength and durability, while also meeting strict size and shape requirements. CNC turning can produce high-quality components through efficient machining processes, improving the performance and safety of automobiles.

CNC turning technology is used to manufacture various precision medical devices and implants, such as artificial joints, bone nails, and minimally invasive surgical instruments. Due to the direct impact of these products on the health and safety of patients, the high precision and consistency of CNC turning are particularly important to ensure the reliability and safety of the products.

CNC turning technology is used to manufacture various precision electronic components, CNC turning can produce electronic product casings that meet design requirements through precision machining, improving the market competitiveness of products.

CNC turning is controlled by computer programs, it can accurately repeat the same machining operations, and ensuring that the dimensions and shapes of each part are under the strict tolerance ranges.

CNC turning machine tools can quickly adapt to different machining tasks and materials through simple program modifications and tool replacement. This flexibility enables CNC turning to adapt to small batch and multi variety production modes,

Applicability of CNC Turning Service

The high efficiency and precision of CNC machining can reduce the scrap rates and rework costs. the automated processing can reduce labor costs, especially in large-scale production, the CNC turning can effectively save materials, optimize cutting paths, and reduce waste. 

The CNC turning machine tools can complete the setting in a short time and automatically perform complex processing tasks. Multi axis CNC lathes can even complete machining of multiple faces and angles in one setting, greatly reducing the time for tool changing and repositioning. This efficient processing method shortens the production cycle,