
With 17+ years in custom CNC machining, our facility combines CNC and manual techniques to handle complex geometries, one-off prototypes, and small-batch production — all under one roof.
Our in-house team of engineers, machinists, and quality inspectors has delivered precision-machined components across automotive, robotics, aerospace, and industrial sectors worldwide.
Our machining capabilities cover a wide range of materials:
Stainless Steel CNC Machining Service: Perfect for corrosion-resistant parts that demand strength and longevity.
Aluminium CNC Machining Service: Lightweight, high-precision, and cost-effective for prototypes or housings.
Engineering plastics (POM, ABS, Nylon, PTFE) for lightweight and low-friction components.
Aluminum | Brass | Copper | Stainless Steel | Alloy Steel | Steel Mild | Titanium | Low Carbon
ABS丨Acetal 丨CPVC丨 HDPE | LDPE丨 Nylon丨 PEEK丨 PEI | PET丨PMMA丨Polycarbonate | Polypropylene 丨 POM(Delrin) | PPSU 丨HIPS丨 PSU丨 PTFE丨 PVC
We offer a comprehensive suite of post-machining treatments to enhance durability, aesthetics, and functionality – all integrated seamlessly after CNC milling, turning, or laser cutting. Our corrosion-resistant coatings ensure parts withstand humidity, chemicals, and long-term wear — critical for aerospace, automotive, and medical industries.
CNC Part Polishing — Mechanical or electropolishing to Ra <0.8μm mirror finish. Ideal for medical implants, optical housings, and hygiene-critical custom machined parts.
High-pressure media abrasion for uniform matte textures (Ra 1.6-3.2μm), removing contaminants and enhancing coating adhesion by 25% – ideal for industrial enclosures and electronics housings.
Electrostatic application for thick, uniform layers (50-150μm) in custom colors, ideal for automotive parts needing impact protection.
Type II/III anodizing for custom CNC aluminum parts — 20% better corrosion resistance in harsh environments. Standard for aerospace brackets, drone frames, and enclosures.
Chemical immersion in nitric acid for stainless steel, forming a passive chromium oxide film to boost corrosion resistance by 40% – essential for medical instruments and food processing components.
Electro-deposition of thin chrome layers (5-50μm) for hardness up to 800 HV, increasing wear resistance by 30% – suited for automotive fittings and heavy-duty industrial tools.
Upload your drawings, choose materials and finishes, and get an instant online CNC quote.
Our Online CNC Machining Service simplifies the process with:
Automatic manufacturability checks.
Transparent pricing.
Real-time progress updates.
Worldwide shipping options.
Whether you have a 2D CAD drawing, other file formats, or physical sample, we can bring your concept to life with precision machining.
Our engineers quickly interpret dimensional tolerances and surface requirements, converting your 2D designs into manufacturable 3D components.
From single prototypes to small-batch parts, our flexible setup ensures that even the most unconventional requests are handled smoothly.
We understand the importance of fast iteration and proof-of-concept validation.
Whether you need a single prototype or small-batch fabrication, our team ensures accuracy and consistency.
1. Prototype in 7 Days (1 pc)
Kick off with 1 piece. We deliver functional samples in 7 days.
The service for engineers who need:
1.One-off parts for design verification.
2.Functional prototypes for assembly testing.
3.Pilot runs before full production.
2. CMM Inspection & Iteration
Validate your custom machined parts with in-house CMM inspections (±0.005mm tolerances) and material testing. Iterate quickly – tweak surface finishes like anodizing or bead blasting based on real-world feedback, ensuring 99% first-pass approval.
3. Scale with 80+ CNC Mills
Seamlessly ramp up with our 40+ CNC mills and 45 lathes for consistent quality. From CNC turning cylindrical components (Ø2000x1000mm) to hybrid non-CNC grinding for ultra-smooth Ra 0.4μm finishes, we maintain precision across batches without setup delays.
4. ISO 9001 · On-time >95%
Full traceability via ISO 9001 protocols, global shipping (DHL partners), and on-time rates >95%. Track progress in our portal – get your precision parts from prototype to door in 15-30 days total.
Whether you’re innovating a prototype or scaling a low-volume run, our custom machining services transform your CAD drawings, sketches, or physical samples into precision-engineered components. Get your your bespoke projects with a robust fleet of 40+ CNC mills, 45 lathes, and high-power lasers, ensuring versatility for complex geometries and tight deadlines.
← Scroll to see full table →
| Model / Series | Description / Work Range | Qty | Accuracy |
|---|---|---|---|
| CNC Milling Machine V6 Series | Worktable: 800×500mm | 40 | ±0.005mm |
| CNC Lathe CK46 | Spindle: Ø280×420mm | 45 | ±0.005mm |
| CNC Lathe | Spindle: Ø2000×1000mm | 1 | ±0.005mm |
| CNC Lathe | Spindle: Ø600×300mm | 1 | ±0.002mm |
| Surface Grinder | Max Workpiece: 200mm | 1 | ±0.001mm |
| Wire EDM | — | 2 | ±0.005mm |
| Sinking EDM | — | 1 | ±0.005mm |
← Scroll to see full table →
| Model / Series | Description / Work Range | Power | Qty | Accuracy |
|---|---|---|---|---|
| Fiber Laser Cutting Machine | Worktable: 800×500mm; 1500×3000mm | 800–500W | 13 | ±0.005μm |
| Fiber Laser Cutting Machine | Worktable: 280×420mm (39° taper) | — | 2 | ±0.005μm |
| Fiber Laser Cutting Machine | 2000W model | — | 1 | ±0.005μm |
| Surface Grinder | Worktable: 600×300mm | — | 1 | ±0.002μm |
| Cylindrical Grinder | Max Workpiece: 200mm | — | 1 | ±0.001μm |
| Wire EDM | — | — | 2 | ±0.005μm |
| Sinking EDM | — | — | 1 | ±0.005μm |
From technical capability to measurable outcomes — here's what sets our custom CNC machining service apart.
Multi-axis CNC milling, turning, grinding, laser cutting and EDM — all under one roof.
Achieved via in-house CMM inspection and precision surface grinders down to ±0.001mm.
Aluminum, stainless steel, titanium, brass, POM, PEEK, Nylon, ABS and more.
Anodizing, polishing, bead blasting, powder coating, passivation and chrome plating in-house.
Machining, finishing and QC handled internally — no subcontracting, no coordination delays.
From single prototypes to mass production — same precision standards at every quantity.
We accept DXF, DWG, STEP, IGES, PDF and physical samples — engineers convert 2D to 3D at no charge.
Our scale and in-house capacity eliminate middlemen and keep costs consistently competitive.
Prototype in 7–10 days, production delivery in 15–30 days — cut your development cycle by up to 30%.
First-sample approval and CMM verification before full production — your spec is hit the first time.
ISO 9001 documentation and real-time order tracking from prototype to door — audit-ready at every stage.
Move from 1-piece R&D to batch production on the same platform — no supplier switching, no re-qualification.
Continuously serving B2B clients across aerospace, medical, automotive and industrial sectors since 2007.
Clients in North America, Europe, Southeast Asia and Australia trust us for repeat custom CNC orders.
Tracked via ISO 9001 protocols and DHL/partner logistics — verified across 10,000+ shipments.
CMM inspection and material testing before every production run ensures parts pass on the first submission.
Our custom CNC machining achieves tolerances as tight as ±0.005mm and surface roughness down to Ra 0.4μm — meeting the strictest requirements for aerospace, medical, and semiconductor applications. View full tolerance standard here.
Aerospace CNC Machining — Lightweight aluminum brackets, titanium turbine components, ±0.005mm tolerance. FAI/AS9100 documentation available.
Automotive : Custom gears, engine prototypes for EV R&D.
Medical Devices : Implants, surgical tools in biocompatible materials.
Electronics : Housings, connectors for rugged tech.
Industrial Machinery : Wear parts, fixtures for heavy equipment.








With over 17 years of B2B experience, we’ve helped 500+ clients across global industries cut development time by 30% through our one-stop workflow: from initial consultation to final delivery.
Scale from one-off EV R&D parts to production with our batch scalability expertise, leveraging lean manufacturing to minimize waste.
Our process is transparent, cost-effective, and backed by ISO 9001 certification – guaranteeing zero defects and on-time shipping.
1. Engineering for Custom Machining
2. Raw Material Ordering
3. Programming for Precision Machining
4. 1st Sample Approved
8. Final Product and Packaging
7. Chemical Resistance Finishing
6. Initial Sample Inspection
5. Prototyping and Production
We follow an 8-step workflow: engineering review → material ordering → CNC programming → first sample approval → prototyping & production → initial inspection → surface finishing → final packaging & shipping. Most orders move from drawing to delivery in 15–30 days.
Rapid prototypes are ready in 5–7 days. Small-batch orders typically ship in 10–15 days depending on complexity, material, and surface finish requirements. We provide real-time progress updates via our order portal.
Cost depends on part complexity, material, tolerance requirements, and order quantity. Our 80+ CNC mills and in-house workflow keep pricing 20–30% below industry averages. Upload your drawings for a free, transparent quote — no hidden fees.
We work from 2D drawings (DXF, DWG, PDF), 3D CAD files (STEP, IGES, STP), or even physical samples. Our engineers convert your 2D designs into manufacturable 3D components at no extra charge.
We machine a wide range of metals — aluminum, stainless steel, brass, titanium, copper, alloy steel — and engineering plastics including POM, Nylon, ABS, PEEK, PC, and PTFE. Contact us if your material isn’t listed.
MOQ is 1 piece. We specialize in one-off prototypes, small batches, and scale-up production — all handled with the same precision and quality standards regardless of quantity.
Here are the industries for the parts you can see in different realm.
Partner with us for your next custom machining project — precise, efficient, and fully customizable.
You can send us any questions to get any information you would like to know, and we will respond to you in extremely short time.