Small Diameters
Pins, shafts and sleeves reviewed around stock diameter and unsupported length.
Small, slender and feature-dense parts
Swiss CNC Machining Services
Swiss-type machining supports small bar-fed components by guiding stock close to the cutting area. It is commonly evaluated for slender geometry and parts combining turned features with drilling, threading, grooves, flats or cross-machined details.
Process capabilities
Plan the process around the complete component.
These capability groups are a starting point. Final equipment, setup and inspection planning remain subject to drawing review.
Fine Turned Features
Grooves, tapers, shoulders and threads planned from the controlled drawing.
Cross Machining
Radial holes, flats and slots evaluated with available live-tool access.
Repeat Production
Bar-fed process concepts assessed against quantity and inspection demand.
Common part types
Examples that fit this machining route.
Part names are only a guide. Geometry, critical characteristics and quantity determine the actual manufacturing route.
Miniature shafts Precision pins Threaded sleeves Small fittings Connector components Instrument parts
Material planning
Material grade and condition affect the process.
Stainless Steel
Commonly reviewed for small corrosion-resistant and medical-equipment parts.
Aluminum
Suitable grades support lightweight feature-dense components.
Brass
Often considered for small fittings, connectors and threaded parts.
Engineering Plastics
Specific grade and dimensional stability require drawing-based review.
RFQ checklist
Send the information that controls feasibility and cost.
A focused quotation starts with the current revision and identifies which features matter most to function and acceptance.
Start Your Project Review- 01Maximum diameter and overall length
- 02Length-to-diameter relationship
- 03Fine threads, grooves and cross features
- 04Burr and edge-break requirements
- 05Quantity, inspection and packaging expectations
Frequently asked questions
What buyers ask before quotation.
Project-specific answers require the controlled drawing, material and quantity.
What parts are suited to Swiss CNC machining?+
Small pins, shafts, sleeves, fittings and other feature-dense bar components are common candidates, subject to geometry and quantity review.
How is Swiss machining different from conventional turning?+
Swiss-type machines support bar stock close to the cutting zone and are often selected for small or slender parts. Conventional turning may be more suitable for larger or simpler components.
Can Swiss-machined parts include milled features?+
Many concepts combine turning with drilling, flats, slots or cross-holes, depending on tool access and equipment configuration.
What affects a Swiss machining quote?+
Material, bar diameter, part length, feature count, tool access, cycle complexity, quantity, deburring and inspection requirements all matter.
Ready to review a Swiss CNC Machining project?
Upload the current drawing, material, quantity and critical requirements for a focused manufacturing review.