Swiss-Type CNC Lathe

Core Definition and Design Features

• Originated from the Swiss watch industry, initially used for machining tiny precision parts, and has now become the core equipment for high-end precision machining.
• Adopts a "spindle box movement + guide bushing support" structure. Workpieces are positioned via guide bushings to reduce cantilever length and improve machining stability.
• Compact layout of spindle and tools, mostly featuring dual-spindle and multi-turret designs, which can integrate compound functions such as milling, drilling, and grinding.

Key Technical Parameters and Advantages

• Machining precision: Dimensional tolerance can reach ±0.001mm, and Surface Roughness Ra ≤ 0.2μm, meeting the requirements of precision parts.
• Machining range: Mainly targets bar stock with a diameter of ≤32mm (some models can reach 50mm), excelling in machining slender shafts and tiny complex parts.
• Efficiency advantage: Integrates multi-process compound machining, reducing clamping times, avoiding repeated positioning errors, and improving production efficiency.
• Rigidity and stability: The machine body is made of high-rigidity cast iron or granite, combined with precision Linear Guides and ball screws, resulting in low operating vibration.

Typical Application Scenarios

• Aerospace: Machining micro-sensors, precision fasteners, aerospace connectors, etc.
• Medical equipment: Producing minimally invasive surgical instruments, implantable parts, medical catheter accessories, etc.
• Electronic appliances: Manufacturing precision connectors, micro-motor shafts, electronic component pins, etc.
• Watches and jewelry: Machining watch movement parts, tiny jewelry components, etc.

Core Differences from Ordinary CNC Lathes