Swiss Turning

A superb method for creating precision parts. It has the capability to machine longer, slender, and more complex parts with incredible accuracy, efficiency, and throughput.
5 Axis Machining

Swiss Turning

Swiss turning is ideal for miniature components and is especially effective for producing long, slender parts. Components made through Swiss turning are widely used in industries such as aerospace, electronics, energy and fuel systems, and medical devices.
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Swiss Turning at Divine Precision
Swiss Turning enables multiple operations, including milling, turning, threading, cross-drilling, engraving, and other machining processes, to be completed on a single machine. By combining these operations into one setup, we can reduce the need for costly secondary processing, save time, lower costs, and ensure each part is manufactured to precise specifications.
Components made through Swiss turning are widely used in industries such as aerospace, electronics, energy and fuel systems, and medical devices. Common examples include shafts, contact pins, housings, inserts, sockets, implants, and related products.
Divine manufactures parts for a wide range of industries, from highly regulated sectors that demand consistent, high-precision components to applications requiring clear and distinctive product identification.

Key Advantages of Swiss Turning

  • Ultra-High Precision
    Ideal for producing small, complex parts with extremely tight tolerances (±0.005mm or better.
  • Excellent Surface Finish
     Delivers superior surface quality with minimal need for secondary finishing.
  • High Efficiency for Small Parts
     Perfect for high-volume production of miniature components with fast cycle times.
  • Complex Geometries in One Setup
     Capable of turning, milling, drilling, and threading simultaneously.
  • Minimal Material Waste
    Highly efficient process that reduces scrap and lowers material costs.
  • Outstanding Repeatability
     Consistent quality across large production runs.
  • Cost-Effective for Precision Parts
     Reduces the need for multiple operations and secondary machining.

When you need Swiss Turning

Swiss turning provides several advantages when compared with other machining and manufacturing methods. Swiss Turning offers significant benefits compared to conventional machining methods, making it the preferred choice for high-precision components.
Extremely Tight Tolerances
The workpiece is supported very close to the cutting tool throughout the process, providing exceptional stability. This enables us to achieve ultra-precise tolerances, even on very small and delicate parts.
Complex Geometries
With continuous support of the bar stock, Swiss Turning can produce highly intricate parts featuring thin walls, fine details, and deep features that are difficult or impossible to achieve with standard CNC machines.
High Efficiency and Speed
Multiple operations can be performed in a single setup, significantly reducing cycle times and increasing output. Our Swiss machines can also run unattended, enabling continuous production and shorter overall lead times.
Ready-to-Use Parts
The superior precision and surface finish often eliminate the need for secondary operations, allowing parts to be shipped directly from the machine with minimal additional processing.
5 Axis Machining

Available CNC Machining materials and finishes

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Application of Swiss Turned products

Parts and products manufactured through Swiss turning are used across a wide range of industries, including but not limited to the following:
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Industrial

Final delivery

Transportation & Vehicle

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Related Precision Machining Services

We manufacture and supply custom products and provide surface treatment services based on customer specifications and applicable industry standards.

As an efficient and cost-effective one-stop solution provider, we have the scale, capability, and resources to deliver fully integrated services.
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CNC Machining

This process uses computer numerical control to mass-produce components with precise designs and dimensions. By combining advanced machinery with automated process handling, it can meet even the most demanding part requirements.
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Automatic Screw Machining

These lathes are used to produce small to medium-sized round and cylindrical components. The process is highly versatile and reliable, delivering parts with excellent consistency.
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Centerless Grinding

Effective surface grinding methods are used for round and cylindrical parts to achieve improved roundness, ultra-fine OD surface finishes, and extremely tight tolerances. They can also be applied to non-round parts to enhance roundness and surface roughness.
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Secondary Processes

These are secondary processes performed after the initial manufacturing stage, such as Swiss turning, CNC machining production, and other related operations.