CNC TURNING
Precision Turning for Rotational Components
CNC turning for shafts, sleeves, bushings, threaded parts and other rotational components — from prototypes to repeat production.
±0.01 mmTight Tolerance Capability
OD + ID MachiningTurning · Boring · Threading
1 PieceMinimum Order
Tolerance capability depends on feature geometry, material, diameter, length and inspection requirements.
OD / IDTHREADGROOVE
TURNED PARTS HERO PLACEHOLDERShafts, sleeves and precision rotational componentsBores · external diameters · shoulders · threads · grooves
Recommended image ratio: 4:5
TURNED PART IMAGEPrecision shaft · 1:1
Shafts
SS304 · CNC Turning · Passivated
TURNED PART IMAGESleeve / bushing · 1:1
Sleeves & Bushings
Bronze · CNC Turning · Precision Bore
TURNED PART IMAGEThreaded component · 1:1
Threaded Components
Brass · CNC Turning · Nickel Plated
TURNED PART IMAGEPin / spacer · 1:1
Pins & Spacers
SS316 · CNC Turning · Ground Diameter
TURNED PART IMAGEPrecision flange · 1:1
Flanges
AL6061 · CNC Turning · Anodized
TURNED PART IMAGERing / collar · 1:1
Precision Rings & Collars
POM-C · CNC Turning · Functional Fit
TURNING CAPABILITIES
01 / ODOD Turning
External diameters, steps, tapers and turned profiles.
02 / IDID Turning / Boring
Internal diameters, bores and precision mating features.
03 / THREADInternal & External Threading
Metric, UNC, UNF, NPT and custom thread requirements.
04 / GROOVEGrooving
External grooves, internal grooves and face grooves.
05 / AXIALFacing & Shoulder Control
Critical lengths, shoulders and axial feature relationships.
06 / SECONDARYTurning + Secondary Milling
Cross holes, flats, slots and milled features can be added where required.
EXTERNAL DIAMETER · INTERNAL BORE · THREAD · GROOVE · SHOULDER · CROSS HOLE · MILLED FLAT
CNC TURNING CAPABILITY
- Standard Tolerance
- ±0.05 mm
- Tight Tolerance
- Down to ±0.01 mm on selected features
- OD / ID Machining
- External and internal diameter control according to drawing requirements
- Concentricity
- Controlled according to drawing and functional requirements
- Runout
- Controlled according to datum and functional requirements
- Threading
- Metric / UNC / UNF / NPT / custom requirements
- Grooving
- OD / ID / Face Grooving
- Maximum Diameter
- TBD — waiting for actual machine capability
- Maximum Length
- TBD — waiting for actual machine capability
- Materials
- Aluminum / Stainless Steel / Steel / Titanium / Copper / Brass / Engineering Plastics
- Production Volume
- From 1 piece to repeat production
TURNED PART DETAIL PLACEHOLDERThread, groove, bore and shoulder detailRecommended: dimensional close-up · 4:5
INSPECTION FOCUS
TURNED PART INSPECTION PLACEHOLDERDiameter, runout and thread verificationOutside micrometer · bore gauge · dial indicator · thread gauge
01OD & ID Dimensions
Verification of critical external diameters, internal diameters and mating dimensions.
02Concentricity
Inspection of coaxial relationships between multiple cylindrical features.
03Runout
Verification of radial runout, face runout and datum-related rotational features.
04Thread Verification
Go / no-go gauges, thread fit and effective thread depth where required.
05Shoulder & Overall Length
Inspection of shoulder positions, critical lengths and axial dimensional relationships.
06Mating Fit
Functional verification of shaft-to-bore, sleeve, threaded and mating features where required.
Inspection focuses on diameter, concentricity, runout, thread fit and axial relationships that directly affect assembly and rotational function.
MATERIALS & FINISHES
01 / MATERIAL OPTIONS
Common Materials
- Aluminum
- Stainless Steel
- Steel
- Brass
- Copper
- Titanium
- POM
- PEEK
- PTFE
- Nylon
Explore Materials →
02 / SECONDARY OPERATIONS
Finishing Support
- Polishing
- Passivation
- Plating
- Black Oxide
- Anodizing
- Heat Treatment
- Grinding where required
Explore Surface Finishing →
RFQ / DRAWING REVIEW
Have a Turned Part to Quote?
Send us your 2D or 3D files with material, quantity, tolerance, thread and finishing requirements.
STEP · STP · IGES · X_T · PDF · DWG · DXF
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