CNC Machining
High-Precision CNC for Every Need — Custom, Scalable, Reliable.
NV Vision powers your innovation with high-precision CNC machining. Our 300+ machines and expert team deliver tight-tolerance parts from challenging materials — reliably, repeatedly, and at any scale. Whether it’s nickel alloys, stainless steel, or aluminum, we bring your toughest designs to life.
CNC Milling
High-precision milling for complex surface geometries and detailed features. Ideal for components like robotic arms, medical device housings, and machinery brackets, all machined to precise dimensions.
CNC Turning
Efficient for cylindrical parts like surgical instruments, automotive shafts, and robotic joints. Delivers smooth finishes and rapid production for high-performance and symmetrical components.
Multi-Axis Machining
Our advanced Japan multi-axis Citizen Cincom and Miyano lathes integrate milling and turning to handle complex geometries with fewer setups. Ideal for prosthetic implants, automotive components, and precision machinery parts, produced to 0.005 mm (5 µm).
Technical Capabilities at a Glance
< Our advanced CNC fleet includes over 300 machines covering 3-, 4-, and 5-axis milling, high-speed turning, and multi-axis Swiss lathes.
< Below is a quick overview of our machining capabilities — from micro parts to large-scale components.
| Specification | Axis Configuration | Function Description | Max Part Size | Tolerance |
|---|---|---|---|---|
| CNC Milling | 3-Axis | Basic planar machining, suitable for XYZ directional milling. | 1100*650*600 mm | ±0.003 |
| 4-Axis | Adds A-axis rotation to enable side and helical surface machining. | 1100*650*600 mm | ±0.003 | |
| 5-Axis | Adds B-axis or dual-axis head, ideal for complex contours and multi-angle hole machining. | 1100*650*600 mm | ±0.003 | |
| CNC Turning | 2-Axis | Basic turning: facing, outer diameter (OD), inner diameter (ID), and threading. | Ø210 mm*220mm | ±0.001 |
| 3-Axis | Adds spindle indexing capability for basic milling and tapping operations. | Ø210 mm*220mm | ±0.001 | |
| 5-Axis | Supports turn-mill operations, eccentric machining, and angled cutting for complex geometries. | Ø210 mm*220mm | ±0.001 |
CNC Machining Materials
Aluminum
- Aluminum Alloy 5083
- Aluminum Alloy 6060
- Aluminum Alloy 6061
- Aluminum Alloy 6082
- Aluminum Alloy 7075
Stainless Steel
- 42CrMo4
- Cr12
- SUS 303
- SUS 304
- SUS 316L
- 17-4PH2205
Copper & Titanium
- H62
- H69
- H56
- H96
- Beryllium Copper
Alloy Steel
- Alloy Steel 4140
- Alloy Steel 4340
- Alloy Steel 1215
- Alloy Steel 8620
- Alloy Steel 4130
- Alloy Steel 6150
Chromium-Nickel Alloys
- Inconel 718
- Inconel 625
- Hastelloy C-22
- Monel 400
- 17-4PH
Plastics
- POM
- PTFE
- ABS
- PA
- PC
- PEEK
- PEI
CNC Machining Surface Finish Capabilities
Anodizing
Type II anodizing improves corrosion resistance and serves as a base for paint and other finishes. Results may vary by material.
• Dyeing available to modify surface color
• Type II coatings are less wear-resistant and may fade under UV exposure
• Custom colors available (RAL chart supported)
Passivation
Passivation is a chemical process that removes free iron from stainless steel surfaces to enhance corrosion resistance without altering appearance.
• Commonly used for stainless steel, especially in medical and food-grade parts
• No coating added; surface remains clear and metallic
• Improves stability of the protective oxide layer
Bead Blasting
Bead blasting uses high-pressure abrasive media (e.g. glass beads) to remove small burrs and create a uniform matte finish.
• Often paired with anodizing to enhance surface texture
• Does not alter part dimensions; ideal for appearance-critical components
• Matte effect may vary slightly by material type
Polishing
Polishing improves surface smoothness through mechanical abrasion, commonly used for decorative or high-tolerance parts.
• Capable of achieving mirror or semi-gloss finishes
• Not suitable for all geometries (e.g. narrow or deep holes)
• Compatible with stainless steel, copper, aluminum, and other metals
Turning Finish
Turning naturally produces concentric tool marks with high dimensional accuracy and a clean mechanical appearance, suitable for industrial parts without additional finishing.
• Directional texture based on tool path
• Surface roughness typically Ra 0.4–1.6 µm
• Can serve as a final finish or pre-treatment for further processing
Knurling
Knurling forms regular diamond or straight patterns by pressing, enhancing grip—commonly used for handles, knobs, and fasteners.
• Suitable for cylindrical metal parts
• Improves slip resistance and prevents loosening
• Pattern depth and style can be customized
Black Oxide
Black oxide is a chemical conversion coating applied to steel to improve corrosion resistance and create a uniform black appearance.
• Commonly used for tools, fasteners, and industrial parts
• Adds minimal thickness; does not affect dimensional fit
• Typically paired with oil to enhance rust protection
Nickel Plating
Nickel plating forms a uniform, dense nickel layer on metal surfaces to enhance wear resistance, corrosion protection, and conductivity—commonly used in electronic, electrical, and mechanical components.
• Available as electroless or electrolytic nickel plating
• Provides either bright or matte finishes
• Suitable for copper, steel, and stainless steel parts
Capabilities & Applications
Medical & Healthcare
Custom surgical tools, prosthetics, and medical devices to drive healthcare innovation, with tolerances down to ±5µm for delicate applications.
Robotics & Automation
Precision parts for robotic arms, actuators, and automated machinery, enabling efficient, smooth movement.
Automotive
High-precision components for engines, transmissions, EVs, and automotive innovations, ensuring tight tolerances.
Aerospace & Defense
Complex parts for aircraft, drones, satellites, and defense systems, built for extreme reliability.
Our CNC Machining Process
A Step-by-Step Guide to Precision Manufacturing
Our engineers start by creating a detailed CAD model of
the part, capturing all necessary specifications, including
dimensions, tolerances, and material properties.
The CAD model is then converted into a CNc program(G
code),which controls the movements and operations of
our machines, ensuring accurate execution of the design.
Once set up, our advanced CNC machines—such as 5-axis machining centers—carry out the material removal process with minimal supervision, shaping the raw material into the final component with precision.
After machining, all parts undergo rigorous inspection to ensure they meet the required tolerances and quality standards. We use advanced measurement techniques to ensure dimensional accuracy and compliance with specifications.
