Atmospheric Pollution Equipment Custom CNC Machining Components
SUS316
The Difference Between Turning and Milling
| Characteristic | Milling | Turning |
| Suitible | Suitable for processing non rotational symmetric parts such as
planes, grooves, holes, and complex surfaces. | Suitable for processing cylindrical, conical, and other
rotationally symmetric parts |
| Process | Tool rotation, workpiece fixation or movement | The workpiece rotates and the tool moves axially or radially. |
| Precision | High precision, but may be slightly lower than turning | High precision, suitable for micrometer level size control. |
| Surface | The surface quality depends on the tool and process parameters,
usually slightly lower than turning. | High surface smoothness, suitable for parts with high surface
quality requirements. |
| Material removal rate | The material removal rate is low, but it is suitable for fine
processing of complex shapes. | The material removal rate is high, suitable for quickly removing
large amounts of materials |
| Flexibility | Suitable for processing complex shapes with high flexibility. | Suitable for mass production of rotational symmetric parts, with
low flexibility. |
Application:
1. Automotive industry
Engine parts: crankshaft, camshaft, piston pin.
Transmission system components: gearbox shaft, gears, clutch
components.
Chassis parts: steering knuckles, wheel hubs, brake discs.
Reason: High precision and high strength requirements
2. Aerospace
Engine parts: turbine shaft, compressor blades, combustion chamber
parts.
Structural components: aircraft landing gear parts, hydraulic
system joints.
Spacecraft components: satellite mounts, rocket propulsion
components.
Reason: High precision and lightweight requirements
3. Electronic appliances
Connectors: terminals, pins.
Heat sink: CPU heat sink, power supply heat sink.
Shell: phone, laptop shell.
Reason: High precision and complex shape requirements
4. Medical devices
Surgical instruments: scissors, forceps, surgical knife handle.
Implants: bone nails, dental implants, artificial joints.
Medical equipment parts: endoscope parts, ultrasound probes.
Reason: High precision and biocompatibility requirements
5. Industrial Machinery
Shaft components: drive shaft, main shaft.
Pump valve parts: pump shaft, valve parts.
Mold parts: mold core, mold sleeve.
Reason: High precision and high strength requirements
What Surface Treatment can be used?
Metal milling parts can undergo various surface treatments,
including mechanical treatment (polishing, sandblasting), chemical
treatment (pickling, passivation), electrochemical treatment
(electroplating, anodizing), coating treatment (spraying,
electrophoretic coating), heat treatment (surface hardening), as
well as laser treatment and PVD/CVD coating.
Why Choose Us?
| Advanced equipment | Adopting the latest CNC machining and turning equipment to ensure
high precision and efficiency. |
| Strict quality control | From raw materials to finished products, every step undergoes
strict quality inspection |
| Customized services | Provide one-stop services such as customized design, material
selection, and surface treatment according to customer needs. |
| Fast delivery | Efficient production processes and logistics systems ensure fast
delivery. |
| Diversified surface treatment | Provide multiple surface treatment processes to meet the needs of
different application scenarios. |
| Technical support | A professional team provides technical consultation and solutions
to help clients optimize their designs. |
| Global Services | Support global customers, provide localized services and quick
response. |
