Hillary Machinery supplies STAR Swiss CNC machine tools for precision production of small-diameter, complex and long slender components. STAR Swiss-type automatic lathes combine sliding-headstock turning with multi-axis machining capability to help manufacturers complete complex parts in fewer setups.
STAR machines are widely used for applications requiring tight tolerances, multiple machining operations and reliable bar-fed production, including aerospace, medical, electronics, automotive, hydraulic, pneumatic and precision industrial components.
STAR Swiss-type CNC lathes use a sliding-headstock design that supports bar stock close to the cutting point, helping control deflection when machining long, slender or small-diameter parts. Modern STAR machines can combine turning, drilling, milling, threading, cross-working and back-working in a single machining cycle.
Explore STAR Swiss CNC Lathes & Swiss-Type Turning Centers
Depending on machine configuration, STAR Swiss equipment can combine main-spindle machining, live tooling, sub-spindle operations and multi-axis movement to reduce secondary operations and produce complex components substantially complete in one cycle.
Hillary Machinery helps manufacturers evaluate part diameter, length, tolerances, geometry, tooling, cycle-time requirements, production volume and bar-feeding needs to determine the appropriate STAR Swiss configuration. Our team also provides applications assistance, installation, service and parts support.
STAR Swiss CNC lathes are particularly well suited for high-precision production of parts that combine small diameters, demanding tolerances, complex features and relatively high production volumes.
In a traditional Swiss-type machine, bar stock is supported by a guide bushing near the cutting tools while the sliding headstock moves the material longitudinally through the machining zone. Supporting the material close to the cutting point can reduce workpiece deflection and improve control when machining long or slender parts.
This architecture can provide an important advantage over conventional fixed-headstock turning when part geometry and length-to-diameter ratio make rigidity difficult to maintain.
Modern STAR Swiss machines can combine conventional turning with live-tool milling, drilling, tapping, cross-working and sub-spindle machining. This allows manufacturers to complete features on multiple sides of the part without repeatedly transferring the component between separate machines.
STAR Swiss CNC lathes are commonly paired with bar feeders for automated production. Once tooling, chip control, coolant management and finished-part handling are properly established, bar-fed production can support extended runs with reduced operator intervention.
Machine selection should begin with the part and production requirements. Important factors include:
A Swiss CNC lathe is a sliding-headstock CNC turning machine designed primarily for precision production of small-diameter, long, slender or complex components.
Traditional Swiss machines support the material close to the cutting point with a guide bushing, which can reduce the unsupported length of the workpiece and help control deflection.
Yes. Depending on machine configuration, STAR Swiss CNC lathes can use live tooling and multiple controlled axes for milling, drilling, tapping and cross-working in addition to conventional turning.
Many applications can be substantially or completely machined in one cycle by combining main-spindle machining, live tooling, part transfer and sub-spindle back-working.
STAR Swiss machines can support extended automated production when the process is properly configured with bar feeding, tooling, chip control, coolant management and finished-part handling.
Hillary Machinery can help evaluate your part diameter, length, tolerances, features, cycle-time requirements and production volume to determine the appropriate STAR Swiss CNC machine.
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