Brass & Copper
Upload your CAD files or drawings and let our engineering team review your project requirements.
Custom CNC Machining Services for Precision Parts
Precision CNC milling and turning for custom metal and plastic parts.
3-axis, 4-axis and 5-axis machining with engineering support from prototype to production.
- 3 / 4 / 5-Axis Machining
- Metal & Plastic Parts
- Prototype to Production
- CMM Inspection
- DFM Support
*** We support the upload of common engineering file formats such as STEP, STP, IGES, DWG, DXF, and PDF. Once you submit your drawings, materials, and quantities, we will evaluate your quote based on the actual machining requirements. ***
5-Axis CNC Machining
Reduces the need for repeated clamping of complex, multi-faceted parts and improves machining consistency
CMM Inspection
Critical dimensions and geometric tolerances are inspected according to drawing specifications
ISO 9001 Factory
Production and quality control processes are carried out in accordance with the certified system
Material and Test Reports
Material certificates, dimensional reports, or relevant quality documents are provided as required by the project
Selecting the Appropriate Machining Method Based on Part Geometry
We evaluate the most suitable CNC machining processes based on your part’s geometry, material, tolerance requirements, surface finish, and order quantity.
We can handle everything from simple turned parts and standard milled parts to precision parts requiring multi-surface machining and complex contours. For critical dimensions, tolerances, and special geometries, we conduct a manufacturability assessment based on the drawings prior to production.
Actual CNC-Machined Parts
Materials
50+ CNC Machining Materials
We stock and machine a broad range of metals and engineering plastics. Specialist alloys and polymers sourced on request. contact us with your material specification.
Aluminum Alloys
- 6061-T6 (general purpose)
- 7075-T6 (high strength)
- 2024-T3 (fatigue resistance)
- 5052-H32 (marine grade)
- 6063 (anodizing grade)
- Brass CW614N (free-cutting)
- Brass C360 (UNS)
- Phosphor Bronze C510
- Copper C110 / C101
- Aluminium Bronze C630
Steel & Stainless
- Stainless 303 (free-machining)
- Stainless 304 / 304L
- Stainless 316 / 316L
- Carbon Steel 1018 / 1045
- Alloy Steel 4140 / 4340
Specialty Metals
- Titanium Grade 2 (pure)
- Titanium Grade 5 (Ti-6Al-4V)
- Inconel 625 / 718
- Hastelloy C276
- Kovar / Invar alloys
Engineering Plastic
- PEEK (high performance)
- Acetal / Delrin (POM)
- Nylon PA6 / PA66
- Polycarbonate (PC)
- PTFE (Teflon
More Plastics
- UHMWPE
- ABS (general purpose)
- PPS (high temperature)
- PVDF (chemical resistant)
- Garolite G10 / FR4
Surface Roughness
Surface Finishing
Surface finishing modifies the physical texture and geometry of a machined surface, improving appearance, removing machining marks, and achieving specific roughness values. No chemical layers are added in this stage.
Sandblasting
Uniform matte texture. Removes tool marks and machining lines. Ra 1.6–3.2 μm. Aluminium, steel.
Brushing
Directional satin finish. Consistent grain pattern. Ra 0.4–1.6 μm. Stainless steel and aluminium.
Lapping
Ultra-flat sealing surfaces. Ra < 0.1 μm achievable. Valve faces, seal seats, precision shims.
Grinding
Precision surface flatness & tight tolerance. Ra 0.2–0.8 μm. Steel and hardened components.
Honing
Cylinder bore finishing. Tight diameter tolerance and cross-hatch pattern. Ra 0.1–0.4 μm.
Tumbling / Deburring
Mass finishing. Removes burrs and sharp edges. Consistent edge break. Ra 0.8–1.6 μm.
Polishing
Mirror or semi-mirror finish. Manual or vibratory. Ra 0.1–0.4 μm. All metals.
EDM Texturing
Spark erosion surface texture. Non-slip or decorative surfaces on hardened steel.
Colors & Coatings
Surface Treatment
Surface treatments apply a functional or protective coating through chemical or electrochemical processes, adding corrosion resistance, wear resistance, electrical properties, or colour. Managed through our qualified partner network under ISO 9001:2015.
Anodizing Type II
5–25 μm. Clear or colour. Corrosion & scratch resistance. Aluminium alloys. MIL-A-8625 Type II.
Hard Anodizing
Type III, 25–75 μm. Extreme hardness (60–70 HRC equiv). Wear surfaces. MIL-A-8625 Type III.
Powder Coating
Durable polymer coat, 60–100 μm. Any RAL/Pantone colour. Steel, aluminium, cast parts.
Nickel Plating
Electroless (5–25 μm) or electrolytic. Uniform coverage including blind holes. Corrosion & wear.
Zinc Plating
Clear, yellow, or black chromate passivation. 5–12 μm. Steel fasteners, brackets, hardware.
Passivation
ASTM A967. Removes free iron from stainless steel surface. Maximises corrosion resistance.
Black Oxide
1–2 μm. Decorative black finish on steel. Mild corrosion protection. Preserves tight tolerances.
Chrome Plating
Decorative or hard chrome. Wear, corrosion and reflectivity. RoHS-compliant alternatives available.
Electropolishing
Electrolytic removal of surface layer. Mirror finish on stainless. Removes micro-burrs and improves Ra.
Phosphating
Zinc or manganese phosphate. 5–10 μm. Paint adhesion primer or oil-retaining anti-corrosion layer on steel.
PVD Coating
Physical vapour deposition. TiN, TiAlN, DLC. Extreme hardness and low friction on cutting tools and wear parts.
PTFE / Teflon Coat
Non-stick, low friction, chemical resistant. 15–25 μm. Food contact and chemical handling components.
Quality Control
Quality Control for Reliable CNC Machined Parts
From drawing analysis at the project’s outset to material confirmation, manufacturing process control, and pre-shipment inspection, we manage every critical step to ensure that the machined parts meet your requirements for dimensions, tolerances, materials, and surface finishes.
Our CNC Quality Control Process
- Review your technical documentation
- Raw material verification
- During the manufacturing process, inspect critical areas according to part specifications
- Perform final verification based on your drawings and project requirements.
Quality Control
One Supplier to Support Your Entire Product Development Cycle
Whether you’re in the product validation phase or need stable mass production, we can provide the right CNC machining solutions based on part geometry, material requirements, and order quantity.
| Prototype Machining | Low Volume Production | Production Machining |
|---|---|---|
|
Design Validation Verify part structure, function and assembly before mass production |
Flexible Manufacturing Support small batch orders and customized production requirements |
Stable Supply Maintain consistent quality and reliable production for long-term projects |
|
New product development Functional testing Engineering verification |
Market testing Pilot production Customized components |
Large quantity orders Repeat production Long-term supply programs |
|
Reduce development risks Shorten validation time |
Reduce inventory pressure Improve production flexibility |
Optimize processes Improve batch consistency |
How It Works
From RFQ to delivered parts in four steps
A single point of contact, clear pricing and documented quality at every stage.
Submit your RFQ or drawing
Send your requirement with a CAD file, PDF drawing or a short description — whatever you have.
Receive a costed quotation
An engineer matches your part to the best-fit vetted partners and returns a landed-cost quote within 24 hours.
Manufacturing begins
On approval, production starts with a named point of contact and quality checkpoints at every stage.
Delivery with quality assurance
Parts ship with inspection reports and material certificates — DDP, delivered to your dock.
Factory & Equipment
Built for Reliable CNC Production
Our CNC machining facility is equipped with modern machining equipment and inspection tools to support custom part manufacturing.
We focus on stable processes, accurate machining, and consistent quality control throughout production.
From single prototypes to repeat production orders, we provide manufacturing solutions based on your part requirements.
CNC Machines
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Get Your CNC Machining Quote Today
Upload your CAD files or drawings and let our engineering team review your project requirements.
We will evaluate your part design, material, machining process, tolerance requirements, and production needs to provide a suitable manufacturing solution.
Submit Your Part Information
To help us provide an accurate quote, please include:
- 3D CAD files (STEP, STP, IGES, etc.)
- 2D drawings with dimensions and tolerances
- Material requirements
- Surface finish requirements
- Estimated quantity
*** Your drawings are used only for project evaluation and quotation purposes.
Our engineering team will review your requirements before providing feedback. ***
