5-Axis CNC Machining Services
Simultaneous 5-Axis Machining for Difficult Alloys
AXALLOY Precision provides simultaneous 5-axis machining for complex, high-value components—especially in difficult-to-machine alloys. Based in Shenzhen, we support international engineering, procurement, and quality teams from prototype development through low-volume and repeat production with controlled processes and export-ready documentation.
Why Simultaneous 5-Axis Machining
Simultaneous 5-axis machining moves the tool and part across five axes at the same time, enabling complex geometries and superior surface quality that conventional machining cannot achieve reliably.
If your part requires tight GD&T, critical interfaces, or difficult alloys that punish tool life and stability, simultaneous 5-axis is often the most reliable manufacturing route.
- Complex contours and freeform surfaces—impellers, blades, aerodynamic surfaces
- Tighter feature relationships with fewer setups
- Improved surface finish and consistency through optimal tool engagement
- Better access to deep pockets, undercuts, and angled features
- Lower risk on thin walls by reducing re-clamping distortion
Best-Fit Projects
AXALLOY is best suited to teams that value manufacturability, process control, documentation, and dependable communication—not simply the lowest unit price.
Typical 5-Axis Parts We Support
- •Housings and structural components with complex pockets and interfaces
- •Manifolds and flow-path components
- •Impellers, blades, and contoured profiles
- •Precision plates and multi-face components requiring strong datum control
Best-Fit Technical Profile
- •Complex geometry, thin walls, tight geometric tolerances
- •Demanding surface requirements and difficult holes/threads
- •Reduced setup count required to protect datums and positional relationships
Best-Fit Commercial Profile
- •High-value prototypes and design validation builds
- •Low-volume / high-mix production and controlled repeat production
- •Transfer projects from unreliable suppliers
Best-Fit Quality Profile
- •Material certification, traceability, FAI, dimensional reports
- •Project-specific quality records and special-process documentation
Our 5-Axis CNC Machining Capabilities
Machining Envelope
- Max part sizeØ500 × 400 mm
- Positioning accuracy±0.005 mm
- Repeatability±0.003 mm
- Milling tolerance±0.005 mm
- Min. corner radiusR0.3 mm
- Min. wall thickness0.5 mm
Surface Finishes
- StandardRa 1.6 μm
- Precision machinedRa 0.8 μm
- Ground (when required)Ra 0.2 μm
Production Volumes
- Prototype1–20 pcs
- Low-volume20–500 pcs
- Batch500–10,000+ pcs
- MOQ1 part
Lead Time
- Prototype5–10 business days
- Standard10–20 business days
- Expedited serviceAvailable
Material Focus: Difficult Alloys for High-Value Parts
We specialize in machining alloys where process planning, tooling strategy, and inspection discipline matter. If you're unsure whether 5-axis is necessary for your alloy and geometry, we can review the model and recommend the most stable route.
Typical Materials
Nickel alloys: Inconel 718/625, Hastelloy C-276/C-22, Monel, Haynes alloys
Titanium: Grade 2 / 5 / 23
PH stainless steels: 17-4 PH, 15-5 PH
Stainless steels: 316L and others
Duplex / Super Duplex: 2205 / 2507
Cobalt-based alloys: MP35N and specialty metals
Supporting Processes for Complete 5-Axis Builds
To deliver finished, inspection-ready parts, we can coordinate:
- •EDM (wire & sinker) for sharp internal corners, narrow slots, deep cavities
- •Precision grinding for sealing surfaces, bearing fits, and ultra-fine finishes
- •Heat treatment, passivation, coating (with certificates as required)
- •Deburring, marking, cleaning, and assembly support
Engineering Support (DFM + Process Planning)
- •Drawing and model review
- •DFM feedback for tool access, radii, and datum strategy
- •Tolerance review and inspection planning
- •Fixture planning and process development to stabilize repeat production
Our approach is to evaluate material behavior, geometry, tolerances, surface requirements, inspection strategy, and production volume before locking the machining process.
Inspection, Traceability, and Documentation
Inspection Capabilities
- CMM measuring range700 × 1,000 × 600 mm
- CMM accuracyup to 1.8 + L/300 μm
- Optical measurement accuracy±0.002 mm
- Surface roughness measurementRa 0.05–40 μm
- Hardness testingRockwell / Brinell / Vickers
- EnvironmentTemperature-controlled, calibrated equipment
- Inspection typesFAI, in-process, final, custom plans
Quality Documentation (Available as Required)
- •Material Test Report / Mill Test Certificate
- •Certificate of Conformance
- •First Article Inspection Report (FAI)
- •Ballooned drawing + full dimensional report
- •Surface roughness report
- •Heat treatment & coating certificates
- •Material and lot traceability + special process records
Who We Work With
Industries
Aerospace, medical devices, semiconductor equipment, energy, oil & gas, marine, robotics/automation, and precision industrial equipment.
Company Types
OEMs, Tier 1/Tier 2 suppliers, engineering firms, contract manufacturers, product-development teams.
Markets
North America, Europe, UK, Australia, New Zealand, and advanced manufacturing markets across Asia.
File Formats We Support (RFQ Ready)
Maximum upload size: 500 MB per RFQ. Units: metric and imperial.
3D
STEP/STP, IGES/IGS, X_T/X_B, SLDPRT, SAT
2D
PDF, DWG, DXF
Images
JPG, PNG, TIFF
Compressed
ZIP, RAR
What to Send for an Accurate 5-Axis Quote
To speed up review and reduce risk, include:
- •2D drawing + 3D model (preferred)
- •Material grade and any spec requirements
- •Quantity (prototype and planned repeat volumes)
- •Critical features (GD&T, datums, sealing surfaces, threads)
- •Surface finish requirements and cosmetic zones
- •Required documentation (FAI, full dimensional, traceability, certs)
- •Target delivery date and any packaging requirements
Not an Ideal Fit
We may not be the best choice for:
- •Commodity parts purchased only on lowest unit price
- •Incomplete technical requirements or unclear acceptance criteria
- •Unverified certification demands
- •Unauthorized component reproduction
Request a Simultaneous 5-Axis Machining Quote
Send your drawing/model, material, quantity, and documentation needs. We'll review manufacturability, propose a stable process route, and confirm lead time and inspection plan for your program.
What Happens Next
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1
We review your drawings, model, and requirements within 1 business day
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2
Our engineers provide DFM feedback and recommend the optimal process route
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3
You receive a detailed quote with lead time, inspection plan, and documentation
Request a Quote
Tell us about your component requirements and material challenges.