High-Volume Swiss Machining
AXALLOY Precision provides high-volume Swiss CNC machining for small, high-precision components—especially when the material is difficult, tolerances are tight, and documentation matters. Based in Shenzhen, we support international engineering, procurement, and quality teams from prototype validation to controlled repeat production.
We are a strong fit for programs that prioritize manufacturability, process control, inspection evidence, and dependable communication—not simply the lowest unit price.
What We Machine with Swiss CNC
Swiss turning is ideal for slender, small-diameter parts that require excellent concentricity, repeatability, and fine features in a single, stable process.
Typical Swiss-Machined Parts
- Small shafts, pins, screws, connectors
- Precision fittings and sleeves
- Medical-style small components and precision interfaces
- Multi-feature small parts requiring cross drilling, slots, or back working
Best-Fit Feature Profiles
- Tight diameters and controlled runout/concentricity
- Fine threads and small holes
- High feature density on small parts (turning + milling ops)
- Programs needing stable repeat production and traceable quality records
Swiss Machining Capacity
AXALLOY Standard Capability for precision Swiss CNC turning and production volume support.
Swiss CNC Turning
- Max bar diameter
- Ø32 mm
- Max part length
- 300 mm
- Min part diameter
- Ø0.5 mm
- Max spindle speed
- 10,000 rpm
- Controlled axes
- Up to 7 axes
- Turning tolerance
- Down to ±0.005 mm
- Repeatability
- ±0.003 mm
- Min thread size
- M0.8
Supported operations: turning, milling, cross drilling, slotting, threading, back working
Production Volume Support
-
Prototype
1–20 pcs
Design validation and initial sampling
-
Low-Volume
20–500 pcs
Process qualification and early production
-
Batch / Higher-Volume
500–10,000+ pcs
Controlled repeat production programs
Minimum order quantity: 1 part
Difficult-Alloy Focus
Many "high-volume" suppliers avoid tough materials due to tool wear, heat, and process instability. AXALLOY specializes in machining challenging alloys and applies the same discipline to Swiss work.
Titanium
- Grade 2
- Grade 5
- Grade 23
Precipitation-Hardening Stainless
- 17-4 PH
- 15-5 PH
Stainless Steels
- 316L
- Selected grades depending on geometry
Nickel & Specialty Alloys
- Inconel series (review required)
- Hastelloy series (review required)
- MP35N and other controlled programs
If you share the drawing + target quantity, we will confirm the best route (Swiss vs. mill-turn vs. multi-axis milling) based on material behavior, tolerance stack, and inspection plan.
Tolerance, Finish & Feature Control
AXALLOY supports Swiss machining programs requiring controlled GD&T and surface requirements.
Finer finishes reviewed per feature and material.
Critical Feature Support
When a feature is critical (sealing, press fit, bearing fit, alignment), we help define:
- Stable datum strategy
- Setup reduction (and where single-setup completion is realistic)
- Measurement method (CMM, optical, gauges)
Quality System: Inspection + Documentation
High-volume Swiss machining only works long-term when quality evidence and process control scale with quantity. We support export-ready documentation and supplier-quality expectations.
Inspection Capabilities
- CMM range700 × 1,000 × 600 mm
- CMM accuracyUp to 1.8 + L/300 μm
- Optical measurement±0.002 mm
- Surface roughnessRa 0.05–40 μm
- Thread inspectionGauges + optical
Temperature-controlled inspection room. In-process + final inspection available.
Documentation Available
- Material Test Report / MTC
- Certificate of Conformance (CoC)
- First Article Inspection (FAI)
- Ballooned drawing + full dimensional report
- Surface roughness report
- Heat treatment / coating certificates
- Material and lot traceability + special process records
Secondary Processes & Lead Time
Secondary Processes
- Deburring and edge control
- Marking and cleaning
- Passivation / coating
- Heat treatment
- EDM and precision grinding support
Lead Time
Standard
10–20 days
Prototype
5–10 days
Expedited
Available
Program Support for International Teams
- Drawing review and DFM feedback
- Tolerance review and critical-feature alignment
- Fixture/process planning for repeatability
- Controlled ramp from prototype → validation → repeat production
Business days quoted from drawing and material approval.
Who This Service Is Best For
Clear fit criteria to help you evaluate whether our Swiss machining capability aligns with your program needs.
Best-Fit Industries
Aerospace, medical devices, semiconductor equipment, energy, oil & gas, marine, robotics, automation, and precision industrial equipment.
Best-Fit Stakeholders
- Engineers needing manufacturability feedback
- Procurement teams managing delivery risk
- Quality teams requiring evidence and traceability
Not an Ideal Fit
- Commodity parts on lowest unit price
- Incomplete technical requirements
- Unverified certification demands
What to Send for a Fast, Accurate Quote
To quote high-volume Swiss machining accurately, please send the following:
- 2D drawing (PDF) and 3D model (STEP/STP preferred)
- Material grade and any approved equivalents
- Quantity (annual demand if available) + batch size expectation
- Critical tolerances / GD&T and functional surfaces
- Required documentation (FAI, full inspection, MTR, etc.)
- Target delivery date and destination
Supported File Formats
STEP, STP, IGES, X_T, X_B, SLDPRT, SAT, PDF, DWG, DXF
Up to 500 MB per RFQ
Request a Swiss Machining Review
If you have a small, tight-tolerance component that must run reliably at volume—especially in titanium, PH stainless, or other difficult alloys—AXALLOY can review manufacturability and propose a controlled production approach.
Share your drawing/model and requirements, and we will respond with a machining route, inspection plan options, and a lead-time proposal.
- DFM feedback within 1–2 business days
- Inspection plan options included
- Lead-time proposal with every quote
Send Your RFQ
Complete the form and our engineering team will respond promptly.
Request a Quote
Tell us about your component requirements and material challenges.