Swiss CNC Machining

As a leading swiss machining China manufacturer, MQJM specializes in producing small-sized, ultra-high-precision turned parts with outstanding consistency and efficiency. Our Swiss CNC machining service is designed for customers who require extremely tight tolerances, smooth surface finishes, and stable quality in both small and large production runs. MQJM uses high-performance guide bushing systems that support the bar stock directly at the cutting point, significantly minimizing vibration and material deflection.



Unlike conventional CNC lathes, Swiss CNC machines keep the cutting tool close to the guide bushing while feeding the bar stock through the sliding headstock. This configuration enables faster cutting, improved rigidity, and exceptional dimensional accuracy. By choosing MQJM as your swiss machining China manufacturer, you gain access to stable quality, fast lead times, and scalable production capabilities tailored to your project requirements.



How Swiss-Type Lathes Work at MQJM?

Unique Sliding Spindle Box Design

Swiss lathes take a unique approach by using a sliding spindle box that cleverly guides the workpiece to enter axially under the action of the cutting tool.



The Unique Synergy of Guide Sleeves and Guide Rods

With the unique combination of guide sleeves and guide rods, the spindle box precisely guides the feed of the workpiece, creating a unique material machining experience.



Innovative Cutting Tool Holding

The innovative cutting tool holding method is unusual and allows the workpiece to be cut and machined in a unique cutting tool.



Z-Axis Motion and Unique Continuous Feed

The Swiss lathe spindle box uniquely swings on the Z-axis, leading to the continuous feed of the workpiece. Through the unique synergy of the guide sleeve and guide rod, it creates a unique and efficient continuous machining process.



Optional Materials from MQJM Swiss Machining China Manufacturer

MQJM swiss CNC machining service has a wide range of materials to choose from, including but not limited to aluminum, stainless steel, copper, brass and other metals and engineering plastics to meet the needs of high-precision parts in various fields.

Aluminum Steel Stainless Steel Other Metals Plastic

AL6061 1018 303 Brass C360 PVC

AL6063 1045 304 Brass C2680 Nylon

AL6082 A36 316 Alloy Steel 4140 POM

AL7075 D2 316L Alloy Steel 4340 PEEK

AL2024 A2 410 Copper C110 ABS

AL5083 20Cr 17-4PH Copper C101 PMMA

Comparing Swiss Machining Vs CNC Machining

Faster Cycle Times

Modern Swiss lathes have 7 to 13 axes and are able to perform multiple operations faster in a single machining cycle, such as drilling, grooving, Swiss milling, thread cutting and parting, etc.



In contrast, traditional CNC lathes usually only have 3 to 5 axes and may not be able to complete the machining of parts in a single cycle, limiting production efficiency.



Coolant Type

Swiss lathes frequently utilize oil as a coolant, significantly enhancing the precision of tolerances achieved during machining. Oil possesses a lower heat capacity when compared to water-based coolants, enabling Swiss machining processes to conduct and dissipate heat more efficiently.



Segmented Machining

Unlike CNC machining, which often fabricates a part in a single operation, Swiss machining strategically produces parts in distinct sections. This methodical approach ensures that the final dimensions of each section meticulously meet the required tolerances, enhancing overall precision and quality.



Bushing

Typically, machining involves clamping rod-shaped material in a chuck behind a guide bushing. In Swiss machining, the cutting tool runs close to the guide bushing to prevent deflection. Therefore, Swiss machinery has a movable headstock that remains within the required tolerances regardless of the length of the workpiece.



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