SWISS PART IMAGEPrecision pin · 1:1
Precision Pins
SS303 · Swiss Machining · Passivated
SWISS MACHINING
Precision Machining for Small, Slender Components
Swiss-type machining for small-diameter, long and complex turned parts with tight concentricity and repeatable production.
Small Diameter PartsPrecision Swiss-Type Machining
Long / Slender GeometryStable Support During Cutting
Repeat ProductionConsistent Output
SWISS-MACHINED PARTS PLACEHOLDERSmall shafts, pins and miniature threaded componentsLong slender geometry · small diameters · dense features
Recommended image ratio: 4:5
Recommended image ratio: 4:5
TYPICAL PARTS
Parts We’ve Machined
A selection of small precision components we have produced using Swiss machining across different materials, geometries and finishing requirements.
SWISS PART IMAGESmall shaft · 1:1
Small Shafts
Stainless Steel · Swiss Turning · Precision Diameter
SWISS PART IMAGEConnector / terminal · 1:1
Connectors & Terminals
Brass · Swiss Machining · Nickel Plated
SWISS PART IMAGEMiniature threaded part · 1:1
Threaded Components
Stainless Steel · Swiss Turning · Precision Thread
SWISS PART IMAGESleeve / bushing · 1:1
Sleeves & Bushings
Phosphor Bronze · Swiss Machining · Precision Bore
SWISS PART IMAGEFitting / precision fastener · 1:1
Fittings & Precision Fastener-Type Parts
Titanium · Swiss Machining · Threaded Feature
WHY SWISS MACHINING
LONG / SLENDER PART PLACEHOLDERStable support close to the cutting zoneRecommended: visibly slender precision component or machining close-up
Stable Support Near the Cutting Tool
Guide-bushing support helps reduce deflection when machining long or small-diameter parts.
Long, Slender Components
Well suited to parts with high length-to-diameter ratios.
Multiple Features in One Cycle
Turning, drilling, threading, grooving and selected milling features can be combined in one machining cycle.
Repeatable Production
Designed for efficient repeat production of small precision components.
Swiss machining is particularly efficient for repeat production, while prototype and low-volume quantities can also be evaluated depending on part geometry and setup requirements.
SWISS MACHINING CAPABILITY
- Tight Tolerance
- Down to ±0.01 mm on selected features
- Part Diameter Range
- TBD — waiting for actual machine capability
- Maximum Machining Length
- TBD — waiting for actual machine capability
- Long / Slender Parts
- Suitable for high length-to-diameter ratio components depending on geometry
- OD / ID Machining
- Precision external and internal features according to drawing requirements
- Threading
- Metric / UNC / UNF / custom requirements
- Cross Drilling
- Available where machine configuration allows
- Milling Features
- Flats, slots and selected secondary milled features where machine configuration allows
- Materials
- Stainless Steel / Steel / Aluminum / Brass / Copper / Titanium / Engineering Plastics
- Production Volume
- Prototype quantities to repeat production, depending on part geometry and setup
SWISS PART DETAIL PLACEHOLDERMiniature thread, cross hole and stepped diameterRecommended: optical close-up · 4:5
INSPECTION FOCUS
SMALL-PART INSPECTION PLACEHOLDEROptical and dimensional inspection of miniature featuresMicrometer · vision measurement · thread gauge · runout inspection
Small-Diameter Features
Verification of critical small diameters, steps and miniature features.
Concentricity & Runout
Inspection of relationships between multiple shaft diameters, bores and rotational features.
Straightness
Verification of long or slender parts where straightness directly affects fit or function.
Thread Verification
Inspection of small internal and external threads using appropriate gauges and mating checks where required.
Overall Length & Shoulder Position
Verification of overall length, step positions and axial dimensional relationships.
Burr & Edge Condition
Inspection of burrs around cross holes, slots, thread entries and intersecting small features.
Inspection focuses not only on size, but also on straightness, concentricity, burr condition and feature relationships that affect assembly and function.
MATERIALS & FINISHES
01 / MATERIAL OPTIONS
Common Materials
- Stainless Steel
- Steel
- Brass
- Copper
- Aluminum
- Titanium
- POM
- PEEK
- Engineering Plastics
02 / SECONDARY OPERATIONS
Finishing Support
- Passivation
- Plating
- Nickel Plating
- Polishing
- Black Oxide
- Anodizing
- Heat Treatment
RFQ / DRAWING REVIEW
Have a Small Precision Part to Quote?
Send us your 2D or 3D files with material, diameter, length, quantity, tolerance and finishing requirements.
STEP · STP · IGES · X_T · PDF · DWG · DXF