CNC milling
Flat faces, pockets and complex surfaces
3-axis, 4-axis and full 5-axis machining
Online quoting
CNC Machining Services
3- to 5-axis milling, turning and drilling in nearly 50 metals and plastics — from a single prototype to batch production.
- Rapid prototyping and batch production
- From 1 piece, delivered in as little as 2 days
- Intelligent quoting system, quote in 3 seconds
- 100% inspection before delivery
Your drawings are kept strictly confidential
±0.05
Machining tolerance (mm)
- 1 Minimum order (pcs)
- 2 days Fastest delivery
- ±0.05mm Machining tolerance
- 100% Inspected before shipping
Machining services
Milling, turning and drilling, combined to cover everything from plates and shafts to complex curved parts.
CNC milling
CNC turning
Shafts, discs and other round parts
3-axis, 4-axis and full 5-axis machining
CNC drilling
Drilling, reaming and tapping
3-axis, 4-axis and full 5-axis machining
Characteristics of CNC machining
Programs control the machine, so precision, efficiency and part strength are more consistent than manual machining.
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01
High precision
Computer programs precisely control the machine's movement, tool path and cutting parameters. Standard machining tolerance is ±0.05mm.
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02
Efficient production
CNC machines optimize spindle speed and feed rate for each material and job, and multiple axes work together, significantly cutting machining time in batch production.
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03
Temperature control
The program precisely controls cutting speed and feed to reduce frictional heat and prevent overheating and deformation, while coolant eliminates the effects of thermal expansion to keep every feature accurate.
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04
Stable strength
Machining allowances are planned precisely from the design to avoid over-cutting. Cutting forces are evenly distributed and residual stress stays low, so parts are reliably strong.
When to choose CNC machining
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High-precision parts
For parts with strict requirements on dimensional accuracy, shape accuracy and surface roughness, CNC machining is the best choice and reliably hits the target tolerances.
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Complex shapes
For parts with complex curved surfaces, unusual contours or intricate internal structures, CNC machining plans the tool path by programming and produces the shape precisely.
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Many part types, small batches
When customized demands vary between customers and part types change often, CNC machining's flexibility really stands out.
Materials
Common metals and engineering plastics. More materials are available when you request a quote.
Aluminum alloys4
- Aluminum 6061
- Aluminum 5052
- Aluminum 2A12
- Aluminum 7075
Stainless steel9
- Stainless steel 303
- Stainless steel 304
- Stainless steel 316
- Stainless steel 316L
- Stainless steel 420
- Stainless steel 430
- Stainless steel 17-4PH
- Stainless steel 301
- Stainless steel 321
Alloy steel8
- Q235 (A3 steel)
- 45 steel
- Cr12
- 3Cr13
- GCr15
- 40Cr
- Spring steel 65Mn
- Mold steel SKD11
Copper alloys6
- Brass H59
- Brass H62
- Copper T2
- Oxygen-free copper TU2
- Tin bronze QSn6-6-3
- Beryllium copper C17200
Other alloys4
- Electrical iron DT4C
- Electrical iron DT4E
- Titanium alloy TC4
- Magnesium alloy AZ91D
Plastics16
- ABS
- PTFE
- POM (Delrin)
- Phenolic (Bakelite)
- Acrylic PMMA
- Polypropylene PP
- PPS
- Polyurethane PU
- PVC
- Epoxy FR4
- HDPE
- LDPE
- Nylon PA6
- Nylon PA66
- Polycarbonate PC
- PEEK
Special materials2
- Carbon fiber board
- Graphite
What is CNC machining?
CNC stands for Computer Numerical Control: machines are controlled by a set of commands issued by a controller. The commands are usually a list of coordinates known as G-code, and any machine controlled this way can be called a CNC machine, including mills, lathes and even plasma cutters.
A CNC machine's movement is defined by its axes. X, Y and Z are the main linear directions, while more advanced machines add the A, B and C rotary axes. CNC machines typically use up to 5 axes.