Technical Parameters
| Parameter | Specification |
| Machining Process | CNC Milling, Turning, Drilling |
| Precision (Tolerance) | ±0.01 mm |
| Materials | Aluminium, Stainless Steel, Brass, Copper, Bronze, POM Plastic, Hardened Metals |
| Machine Centers | 3‑axis & 5‑axis CNC mills & lathes |
| Surface Finishes | Anodizing, Polishing, Sandblasting |
| Minimum Order Qty (MOQ) | 1 piece |
| Typical Lead Time | 7 – 15 working days (volume‑dependent) |
| Packaging | Individual boxed (≈ 15 × 10 × 8 cm; 2 kg per box) |
Key Selling Points
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Ultra‑Tight Tolerances
Achieve repeatable accuracy to ±0.01 mm, essential for precision instruments and micro‑components.
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Diverse Material Support
From lightweight aluminium to wear‑resistant stainless steels and engineering plastics (POM), all in one shop.
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Fast Turnaround & Low MOQ
Prototype in as little as 7 days—even for a single unit—without ballooning costs.
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Advanced 5‑Axis Capability
Complex geometries and undercuts handled in a single setup, minimizing fixtures and reducing cost.
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Comprehensive Finishing Options
Improve aesthetics, corrosion resistance and surface integrity with anodizing, polishing or sandblasting.
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OEM/ODM Flexibility
Full support from design for manufacturability (DFM) reviews through to volume production.
Future Trends in Micro CNC Machining
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Miniaturization & Micro‑Mechatronics
As devices shrink, tolerances tighten. High‑precision micro CNC is becoming integral to wearable medical sensors, micro‑fluidics, and precision opto‑mechanics.
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Hybrid Manufacturing
The blending of additive and subtractive processes (5‑axis CNC with integrated laser/EDM heads) will further accelerate prototyping and reduce lead times.
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Automation & Industry 4.0
Lights‑out machining centers and real‑time process monitoring are poised to lower unit costs and increase consistency.
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Advanced Alloys & Composites
Processing exotic super‑alloys and fiber‑reinforced composites at the micro‑scale will open new applications in aerospace and high‑performance racing.
Application Scenarios
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Medical & Dental Devices
Micro‑screws, implantable component housings, surgical instruments requiring biocompatible alloys.
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Robotics & Automation
Precision gears, sensor mounts, end‑effector components for pick‑and‑place robots.
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Optics & Photonics
Lens mounts, mirror housings and kinematic mounts for laser systems and precision measurement equipment.
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Consumer Electronics
Miniature connectors, heat‑sink brackets, wearable device housings.
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Automotive & Aerospace
Micro‑pumps, valve bodies, sensor flanges where weight saving and high strength are critical.
Frequently Asked Questions
Q1: What is the smallest part you can machine?
We routinely produce features down to 0.2 mm and wall thicknesses of 0.3 mm on 5‑axis centers.
Q2: How do you ensure consistent ±0.01 mm tolerances?
Through temperature‑controlled machining cells, in‑process probing and certified calibration routines.
Q3: Can you handle complex multi‑axis geometries?
Yes—our 5‑axis mills can approach from any vector, eliminating multiple setups for contoured parts.
Q4: Do you offer rapid prototyping?
Absolutely. Single‑piece prototypes ship in as little as 7 working days, complete with inspection reports.
Q5: Which surface treatments improve corrosion resistance?
Anodizing for aluminium and electropolishing for stainless steel both enhance corrosion and wear resistance.
Q6: What file formats do you accept?
We work with native CAD (SolidWorks, Creo), STEP, IGES and other standard neutral files.
Q7: How is shipping arranged?
We can coordinate door‑to‑door air freight, express courier or sea‑freight—depending on urgency and budget.
Q8: Do you provide inspection documentation?
Yes—each batch can include full QC reports (CMM data, surface finish and hardness tests).
Q9: Can you scale to higher volumes?
Our production cells support small‑batch runs up to thousands of units per month with negotiated lead‑times.
Q10: What payment terms are available?
Standard net‑30 via bank transfer, T/T or credit card; custom terms for long‑term partners.
By focusing on precision, material versatility and rapid turnaround, our micro CNC machining solutions are tailored to the exacting demands of today’s high‑tech industries—and poised to meet the miniaturization challenges of tomorrow.
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