With rich industry experience and advanced Swiss CNC processing capabilities, Bomei works closely with clients to deliver tailored high-precision machining solutions, ensuring that each component meets the specific performance and application requirements of the target industry. Whether you need micro-precision prototypes or large-scale mass production of high-end components, we are your trusted partner for Swiss CNC machining.

What Is Swiss CNC Machining Service?

Swiss CNC machining, also known as Swiss turning or Swiss-type lathing, is a high-precision turning technology originating from the watchmaking industry. It specializes in processing long, slender workpieces by fixing the material with a guide bushing close to the cutting tool—minimizing deflection and vibration during machining. This unique structure enables the process to achieve extremely tight tolerances, making it the preferred solution for manufacturing small-diameter, complex, and high-precision components. Compared with traditional CNC turning, Swiss CNC machining excels in processing parts with high length-to-diameter ratios (such as micro shafts, pins, and precision fasteners), ensuring superior dimensional stability and surface finish.

Bomei’s Swiss CNC Machining Service Advantages

• Ultra-High Precision: Equipped with high-end Swiss CNC lathes with guide bushing systems, we achieve tolerances as tight as ±0.002mm, easily meeting the strict precision requirements of micro-components and slender parts.
• Superior Processing of Slender Workpieces: The guide bushing design minimizes workpiece deflection during high-speed rotation, enabling stable processing of parts with length-to-diameter ratios up to 20:1, such as micro shafts, precision needles, and thin-walled sleeves.
• Integrated Multi-Process Machining: Our Swiss CNC turning centers are equipped with multi-axis (up to 7-axis) driven tools, realizing integrated processing of turning, milling, drilling, tapping, knurling, and polishing in a single setup. This eliminates repeated clamping errors, improves processing efficiency, and ensures consistent quality of complex components.

• Reliable Quality & Timely Delivery: Adhering to strict quality control standards, we implement full-process inspection for each batch of products. Combined with mature production management experience, we guarantee competitive pricing for small-quantity orders and on-time delivery for mass production, satisfying the diverse needs of global high-end clients.

Technical Details

For engineers and technical buyers, here are the specifics of our Swiss machining capabilities:

Machine Specifications

• Diameter Range: We can work with material from 0.5mm to 32mm
• Tolerance Capability: Standard ±0.002 mm, with ±0.0005 mm available for special needs
• Surface Finish: Ra 0.4–1.6 µm typical
• Multi-Axis Integration: Our machines feature 7–13 axes for complex geometries
• Lead Times: 5–10 days for prototypes; 2–3 weeks for production runs

Range of Machinable Materials

1. Metals

2. Plastics

3. Special Materials

Biocompatible materials (for medical applications), high-temperature resistant alloys, and other customized special materials that meet high-end industry requirements.

Core Swiss CNC Machining Operations

• Precision Swiss Turning: Specializes in processing small-diameter cylindrical parts, slender shafts, and parts with complex rotational features, ensuring ultra-high dimensional accuracy.
• Multi-Axis Milling & Drilling: Using driven tools to complete milling of complex surfaces, slots, and angles, as well as high-precision drilling and reaming of micro-holes (minimum hole diameter up to 0.1mm).
• Precision Threading & Tapping: Machining of micro-threads, metric threads, imperial threads, and special threads, ensuring thread accuracy and smooth assembly.
• Knurling & Grooving: Precision knurling for anti-slip surfaces and grooving for functional slots on small components, maintaining consistent dimensional accuracy.

• Polishing & Deburring: Post-processing operations to ensure a smooth surface finish (Ra ≤ 0.2μm) and eliminate burrs, meeting the high surface quality requirements of high-end applications.