English 
Chinese 
SWISS CNC Machining
A Swiss CNC machine—also known as a Swiss-type lathe or a Swiss automatic lathe—is a modern precision manufacturing machine that can produce extremely small parts quickly and accurately.
How is the SWISS CNC Machining Work?
A Swiss machine works by feeding bar stock through a guide bushing, which firmly supports the material as it feeds into the tooling area of the machine. In addition, only the portion of the bar stock being machined advances into the tooling area, which means that material is held tightly in place for increased stability and precision.
With a traditional CNC lathe, the workpiece typically rotates rapidly in a fixed position, held firmly on one or both ends. In contrast, with a Swiss lathe, the workpiece can both turn and move back and forth along the Z-axis while various tools cut away the features of the part. Furthermore, Swiss turning machines can perform several operations simultaneously in multiple zones, whereas a traditional lathe typically only performs one operation at a time.
Although Swiss machines have traditionally been used for turned pieces like screws, Swiss machines can also produce complex pieces that have no turned surfaces at all.
Get Free QuoteLatest Cases
Extremely tight tolerances – Swiss machines firmly support the workpiece right next to the point of operation throughout the machining process. Because the piece is supported so close to the tooling operation, the part remains steady, virtually unaffected by the force of the tools. This ensures precision within extremely tight tolerances—even when machining very small parts.
Why Choose WSF Start SWISS CNC Machining?
Choose WSF to help you with your SWISS CNC Machining needs, we use state of the art machinery and have over 15+ years’ experience working in the precision engineering industry. We are capable of working on a full range of projects from small to large. Our CNC turning parts manufacturing Systems are rapid and efficient. For more information on our CNC Machining Services or any of our Precision Engineering Services such as CNC Turning or CNC Milling, please contact us.
15+ Years in SWISS CNC Machining Online
Having carried out rapid prototyping and custom parts machining online for 15+ years, our engineers have built up rich experience. We can handle all types of projects.
Factory Direct Manufacturing & Low Price
Our in-house facilities allow us to quickly complete your project. Since we have multiple CNC turning, milling and die-casting equipment. Factory low price and fast lead-time.
Wide Range of materials
We Can SWISS CNC Lathing 20+ materials such as metal, plastic, etc. For example: Aluminum, Brass, Bronze, Copper, Steel, Stainless Steel, Titanium, ABS, Nylon, PEEK, PMMA, PTFE, Polystyrene, Polyethylene, Polycarbonate.
ISO9001:2015 Quality Assurance
Our in-house facilities allow us to quickly complete your project. Since we have multiple CNC turning, milling and die-casting equipment. Factory lower price and fast lead-time. ISO9001:2015 Certified Quality.
Main processing materials
Imported domestic carbon steel, mold steel, manganese steel, alloy steel, tool steel, high-speed steel, 304, 316, 303, 400 series stainless steel, aluminum alloy, copper, iron, aluminum parts, steel, ABS, plexiglass, PC, POM, PVC, PP, nylon, bakelite, plastic, Teflon, fluoroplastic, PTFE, PEEK, PI, PAI and other materials!
WSF SWISS CNC Machining Capabilities
WSF have 50+ advanced SB-20R type G Swiss CNC machines that can quickly process axis parts with a maximum processing diameter of 5mm ~20mm and cheap price. If you have parts machining needs, please contact us to get free quote.
The SB-20R Type G offers a wide range of machining operations that is made possible with the unique Guide Bush/Non-Guide Bush switching function.
- Minimum machining diameter 5mm
- Maximum machining diameter 20mm
- Maximum machining length 200mm
- Flexible tooling layouts allow for endless variations of complex machining
- 4 types of tool posts available from which to select the tooling layout most suited to the required machining applications
- Maximum tooling variations yield performance that meets manufacturing needs across multiple industries
- Flexible tooling layouts include the ability to combine the selection of tool post and cartridge unit
