Precision Production Machining
Swiss Turning Service
Efficient production of small shafts, pins, sleeves, fittings, and complex turned parts that benefit from close support at the cutting zone.
- Part Types
- Pins, fasteners, fittings, shafts
- Operations
- Turning, milling, drilling, threading
- Program Fit
- Pilot lots through repeat production
Overview
Why use Swiss-style machining?
A sliding headstock and guide bushing support slender stock near the tool. This arrangement can reduce deflection and combine several operations in one cycle, especially for small-diameter production parts.
Slender Geometry
Supports long turned features where conventional workholding may allow chatter or deflection.
Combined Operations
Live tooling can add flats, cross holes, slots, and milled details without a separate setup.
Repeat Production
Bar-fed workflows are well suited to stable batches and recurring orders.
Small Components
Common for connector parts, medical hardware, instruments, and miniature mechanisms.
Capabilities
Operations available in a coordinated workflow
| Operation | Typical Features | RFQ Information |
|---|---|---|
| Swiss Turning | Outside diameters, tapers, grooves, shoulders, and profiles | Stock diameter, critical diameters, finish, and runout |
| Live-Tool Milling | Flats, wrench features, slots, pockets, and radial details | Feature orientation and positional tolerances |
| Axial and Cross Drilling | Through holes, blind holes, fluid passages, and port features | Diameter, depth, location, and edge condition |
| Threads and Secondary Work | Internal or external threads, rolling, deburring, cleaning, and finishing | Thread standard, gauges, finish specification, and cleanliness |
Materials
Common bar-stock materials
Final availability depends on diameter, temper, certification needs, and order volume.
Quality Planning
Control the dimensions that drive function
Provide clear datums and identify mating diameters, sealing surfaces, threads, concentric features, and any dimensions that require recorded inspection.
Design Notes
Prepare a production-ready RFQ
Use Standard Stock
Choose a practical bar diameter and clearly note any required mill condition.
Prioritize Tolerances
Apply close tolerances only where fit, sealing, or motion requires them.
Define Edge Condition
Call out allowable burrs, breaks, and chamfers on small or cross-drilled features.
Share Demand
Prototype quantity, release size, and annual volume influence process planning and price.
FAQ
Swiss turning questions
When is Swiss turning preferable to conventional turning?
It is often a strong fit for smaller diameters, long unsupported features, and parts that combine turned and milled geometry in repeat quantities.
Can a prototype quantity be quoted?
Yes. We can review samples and pilot lots, though setup and bar preparation make the process increasingly economical as quantity grows.
Should I include a 2D drawing?
Yes when the part has tolerances, threads, finish requirements, inspection notes, or features that cannot be communicated by the 3D model alone.
Start RFQ
Send your Swiss turned part for review.
Include the CAD model, marked drawing, order quantity, and expected repeat demand.