Precision Machining Infrastructure

Precision 5-Axis CNC Milling Services

PRECI5 delivers contract 5-axis milling for mission-critical parts featuring complex contoured surfaces and intricate multi-plane geometries. Operating from Shenzhen, we partner with mechanical engineers, manufacturing specialists, and procurement leaders across automotive, robotics, semiconductor, and industrial automation industries.

8 Units
Mazak C600 Centers
24,000
Max RPM Spindle
0.003 mm
Listed Positioning
Single-Setup
Zero Tolerance Stack
Precision 5 Axis Milling Setup

Simultaneous 5-axis continuous milling: Optimized tool posture for complex undercuts, deep cavities, and high dynamic contouring.

5-Axis Machining Capacity & Technical Envelope

Our high-precision manufacturing cell is standardized on Japanese Mazak C600 machining centers, delivering consistent volumetric accuracy for both rapid functional prototypes and scalable production programs.

Capability Parameter Engineering Specification
Main Equipment Fleet 8 × Mazak C600 5-Axis Machining Centers
X-Axis Travel 900 mm
Y-Axis Travel 900 mm
Z-Axis Travel 700 mm
Rotary Axis Envelope 360° Continuous
Maximum Spindle Speed 24,000 rpm
Tool Magazine Capacity 30 Tools (Automatic Tool Changer)
Machine Listed Precision 0.003 mm

Important Technical Disclaimer: The machine listed precision of 0.003 mm reflects the inherent mechanical positioning repeatability under factory calibration standards. Achievable component-level drawing tolerances are governed by raw material properties, workpiece wall thickness, internal stress release, thermal expansion, and measurement protocols.

Common Workpiece Materials

We calibrate toolpaths and dynamic speeds according to alloy shear dynamics:

Al 6061-T6 / 7075-T6 Stainless 304 / 316L / 17-4PH Titanium Grade 5 (Ti-6Al-4V) Inconel & Tool Steels Engineering Plastics (PEEK/POM)

Primary Feature Geometries

  • Organic hydrodynamic surfaces, impellers, and blisks
  • Complex sensor housings with non-orthogonal ports
  • Structural aerospace brackets requiring thin-wall weight relief

Why Choose 5-Axis Milling for Precision Programs?

Transitioning to continuous 5-axis machining eliminates compounding fixture errors, shortens production lead times, and expands engineering design freedom.

01

Reduced Setups

By indexing and milling 5 faces in a single clamping cycle, we eliminate the positional inaccuracies and tolerance stack-up inherent to re-fixturing intermediate setups.

02

Complex Feature Access

Dynamic tool orientation keeps cutting edges perpendicular or tangential to work envelopes, allowing deep cavity clearance, acute draft angles, and undercut machining without bespoke cutters.

03

Superior Surface Finish

Shorter, rigid endmills operating at constant surface speeds minimize tool deflection and chatter, generating smooth surface topography and drastically reducing secondary hand polishing.

04

Production Consistency

Our Mazak fleet pairs unified CNC kinematics with synchronized probing routines, ensuring that First Article Inspection (FAI) parts translate directly to consistent multi-batch production.

Machining Strategy: 3-Axis vs. 4-Axis vs. 5-Axis

Over-specifying machine axes inflates unit cost. Our manufacturing engineers conduct upfront DFM reviews to direct your drawings to the most economical machine platform.

When to Choose 5-Axis Milling

Highest Geometric Freedom

Essential for multi-sided components with organic contours, deep pockets, or angular intersecting bores. It eliminates compound fixturing, optimizes cutter approach, and satisfies demanding true position tolerances across multiple coordinate systems.

Ideal Part Applications:

• Impellers, Blisks, & Turbines
• Titanium Orthopedic Implants
• Multi-port Robot Chassis Joints
Quality Assurance & Metrology

Rigorous Inspection & ZEISS CMM Verification

5-axis geometry demands metrology that matches machine kinematics. We operate an isolated, climate-controlled inspection lab certified under ISO 9001, IATF 16949, AS9100D, ISO 13485, ISO 14001, and ISO 45001 standards to validate every GD&T callout.

Certifications & Standards:
ISO 9001 IATF 16949 AS9100D ISO 13485
ZEISS Coordinate Measuring Machine
700 × 700 × 600 mm Envelope

Contact probe inspection for full 3D volumetric verification against CAD solids, true position, and composite profile callouts.

Sirius CMM
500 × 600 mm Capacity

High-throughput intermediate and first-article validation to support active batch production workflows.

Surface Roughness Profilometers
Ra / Rz Digital Profilometry

Quantitative surface finish validation confirming as-machined finishes down to specified micro-inch tolerances.

Optical 2.5D & XRF Spectrometer
Material & Profile Analysis

Non-contact 2.5D vision measurement paired with XRF alloy confirmation for 100% incoming raw stock traceability.

Partner with PRECI5

Request a Technical 5-Axis Quote

Whether you need low-volume prototyping or a scalable OEM partner for 5-axis milling in China, our team delivers transparent engineering communication and strict NDA protection.

Accepted: STEP, IGES, X_T, DWG, PDF drawings
Direct Email: info@5-axiscncmachining.com
Facility:
All CAD geometry and proprietary drawings are protected under standard Non-Disclosure Agreements prior to file evaluation.