GENOVIS delivers tight-tolerance, high-precision Swiss CNC machined parts with the speed and quality your project demands. 

Whether you’re prototyping or scaling production, our Swiss lathes are optimized for the kind of intricate, high-performance components other shops turn down.

Swiss CNC Machining Capabilities

Our Swiss machines are equipped with multi-axis control, live tooling, and high-speed bar feeders for unattended operation — ideal for high-volume runs of complex parts.

GENOVIS Core Capabilities:

· Turning diameters as small as 0.125”

· Tolerances to ±0.0005”

· Multi-axis machining (up to 9-axis)

· Live tooling for milling, drilling, cross-tapping, slotting, and more

· Automatic bar feeders for continuous production

· Complex geometries and multiple features machined in a single cycle

Advantages of Swiss CNC Machining

Swiss machining is ideal for parts that require precision, repeatability, and intricate features — especially on long, narrow components.

✅ Key Benefits:

· High precision and dimensional control

· Superior surface finishes

· Complex parts with multiple operations in one setup

· Ideal for small-diameter or slender parts

· Short cycle times and continuous operation

· Reduced secondary processing

· Cost-effective for medium to high-volume production

Common Applications and Industries

Swiss CNC machining supports high-precision manufacturing for a wide range of industries. GENOVIS supplies Swiss-machined components to OEMs in:

· Medical Devices – surgical instruments, implants, diagnostic components

· Aerospace – control pins, connectors, small engine parts

· Hydraulics & Pneumatics – valve components, shafts, spools

· Electronics – terminals, pins, connectors

· Automotive – bushings, sleeves, precision fasteners

· Industrial Equipment – custom inserts, couplings, and miniature fittings

Materials We Machine

GENOVIS’s Swiss CNC machines are capable of working with a variety of raw materials:

· Stainless Steel

· Aluminum

· Brass

· Copper

· Carbon and Alloy Steels

· Titanium (in select applications)

· Engineered Plastics (e.g., PEEK, Nylon, Delrin)