5-AXIS CNC MACHINING

Complex Geometry. Fewer Setups. Higher Positional Accuracy.

5-axis CNC machining for complex parts with multi-face features, compound angles and tight positional relationships.

±0.01 mmTight Tolerance Capability
5-Side MachiningFewer Setups
Metal + PlasticsMachined Materials

Tolerance capability depends on feature geometry, material, part size and inspection requirements.

TYPICAL PARTS

Parts We’ve Machined

A selection of parts we have produced using 5-axis CNC machining across complex geometries, materials and finishing requirements.

Complex Housings

AL7075 · 5-Axis CNC · Hard Anodized

Multi-Face Structural Parts

Stainless Steel · 5-Axis Machining · Passivated

Angled Features & Hole Patterns

AL6061 · 5-Axis CNC · Angled Drilling

Curved / Contoured Components

Titanium · 5-Axis Machining · Complex Contour

High-Precision Fixtures

Tool Steel · 5-Axis CNC · Critical Datums

Integrated Components

PEEK · 5-Axis Machining · Functional Part

WHY 5-AXIS MACHINING

01

Fewer Setups

Machining more features in one controlled setup reduces repeated repositioning and handling.

02

Better Positional Relationships

Features on different faces can be machined within the same setup, helping reduce accumulated setup error.

03

Access to Complex Angles

Suitable for angled holes, compound surfaces, tilted features and geometry that is difficult to reach with standard setups.

04

Less Dedicated Fixturing

Complex parts may require fewer custom fixtures, helping simplify the machining process and improve repeatability.

5-AXIS MACHINING CAPABILITY

Standard Tolerance
±0.05 mm
Tight Tolerance
Down to ±0.01 mm on selected features
Multi-Face Machining
Up to 5 sides in one controlled setup where geometry allows
Angled Features
Compound angles, angled holes and tilted surfaces
Positional Relationships
Critical features across multiple faces can be machined within one controlled setup where geometry allows
Maximum Part Size
TBD — waiting for actual machine travel
Maximum Part Weight
TBD — waiting for actual machine capacity
Hole & Thread Capability
Metric / UNC / UNF / NPT / custom requirements
Materials
Aluminum / Stainless Steel / Steel / Titanium / Copper / Brass / Engineering Plastics
Production Volume
From 1 piece to repeat production

INSPECTION FOCUS

01

Multi-Face Positional Accuracy

Inspection of relationships between features located on different machined faces.

02

Angular Features

Verification of angled holes, inclined faces, compound angles and tilted features.

03

True Position & Hole Location

Inspection of critical hole positions, hole patterns and datum-related locations.

04

Datum Relationships

Verification of dimensional and geometric relationships between multiple datum surfaces.

05

Profile & Contour Verification

Inspection of complex profiles, contours and freeform surfaces where required.

06

Post-Finishing Critical Dimensions

Critical dimensions and mating features rechecked after anodizing, plating, coating or painting where required.

Inspection focuses on the relationships between features across multiple faces — not only on individual dimensions.

MATERIALS & FINISHES

01 / MATERIAL OPTIONS

Common Materials

  • Aluminum
  • Stainless Steel
  • Steel
  • Titanium
  • Copper & Brass
  • Engineering Plastics
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02 / SECONDARY OPERATIONS

Finishing Support

  • Anodizing
  • Hard Anodizing
  • Bead Blasting
  • Polishing
  • Plating
  • Passivation
  • Powder Coating
  • Painting
Explore Surface Finishing

RFQ / DRAWING REVIEW

Have a Complex Part for 5-Axis Machining?

Send us your 2D and 3D files for manufacturability review, process evaluation and quotation.

STEP · STP · IGES · X_T · PDF · DWG · DXF
Upload Your Drawing