CNC Machining
CNC Machining includes CNC turn-milling, turning, precision milling, drilling & tapping and grinding. It is a high-precision subtractive manufacturing process that removes material from profiles, bars or billets to produce finished hardware components. Controlled by CNC code that defines tool paths, spindle speeds and other machine parameters, it enables automated, repeatable production and reduces manual intervention. 2D or 3D CAD drawings are converted into machine code and checked for accuracy.
- Automated, repeatable production with CNC control
- 2D / 3D CAD converted to machine code & accuracy checked
Widely used in
CNC machined parts are widely used across many industries.
Advantages of CNC Machining
CNC Machining offers many advantages for product developers. These options expand your design freedom significantly.
High mechanical strength of finished components
Produce complex, high-difficulty non-standard special-shaped parts
Excellent surface quality after secondary finishing
Tight tolerances and high machining accuracy
Reliable consistency across production batches
High-efficiency production and good scalability
Easy customisation for non-standard requirements
Compatible with many forms of raw stock
Wide material selection — aluminum, copper, steel, stainless steel and alloys
Our CNC Machining Services
CNC Turn-Milling
CNC turn-milling works exceptionally well for shaft parts, flange fittings and rotational components with superior surface finish. When you require high-precision custom hardware and flexible batch sizes, our CNC machining service is your solution. Learn more about how we can assist you.
Precision Milling & Grinding
Precision milling and grinding produce complex non-rotational parts, holes, threads and high-tolerance mating surfaces for a wide range of industrial products. Multi-axis CNC machines deliver high precision and versatility without custom tooling. They adapt readily to different part geometries for high processing flexibility.
Materials
We machine parts from aluminum, copper, steel, stainless steel and alloys, covering profiles, bars and plates. It supports small-batch prototyping as well as mass-volume manufacturing.
Many factors go into custom machined-part production. Our team can recommend the optimal manufacturing solution for your components.
Whether you need a single prototype or large-scale production, upload your CAD files for a free quotation today.
Why Choose Us
Our workshop is equipped with advanced manufacturing equipment to ensure machining precision. Using in-house high-precision inspection tools, we confirm all raw materials and finished parts meet your specifications.
Instant Quoting
If your RFQ includes complete, clear drawings and requirements, quotations will generally be ready within 24 hours.
Industry Experience
We have delivered custom sheet-metal and machining solutions for many years. Our engineers bring extensive hands-on experience and can take on all types of custom projects, including high-strength thick plate structural parts.
Stable Production Capacity
Our in-house workshop enables reliable project turnaround. Thanks to long-term partnerships with manufacturing suppliers, we can handle varied order sizes steadily.
Numerous Completed Projects
We have completed countless custom parts projects for customers worldwide and received consistent positive feedback.
CNC Machining Surface Finishes
We offer multiple surface finish selections for CNC machined prototype and production-level parts. Different finishes can match your components’ functional and application requirements.
As-machined
Surface straight off the CNC machine. Cost-effective, with visible tool marks present.
Grinding & Polishing
Removes tool marks and burrs for smooth surfaces, achieving varying gloss levels and textures.
FAQs
Our fiber laser cutting system handles maximum material thickness of 60mm with work area up to 10000mm × 2000mm. This applies across carbon steel, stainless steel, aluminum, copper, and brass—achievable thickness varies by material and cut quality requirements. Positioning accuracy: ±0.05mm. Typical cutting tolerance: ±0.1mm for thin plate, ±0.2mm for thick plate. Cut samples provided for your evaluation.
Following laser cutting, our CNC press brake bending handles carbon steel up to 20mm, stainless steel up to 16mm, and aluminum up to 16mm, with maximum bending length of 6000mm. Laser cutting and bending operate as integrated processes—cut profiles are optimized for smooth production. Minimum flange height and inside bend radius depend on material grade and thickness; we review all designs to ensure manufacturability before production.
Available finishes: powder coating, wet painting, electroplating (zinc, nickel, chrome), anodizing (aluminum), brushing, polishing, passivation. For visible parts, we implement protective handling, standardized lighting inspection, and protective film application before shipment. Standard RAL colors available; custom color matching supported.
Our standard process includes: (1) Design review for production feasibility;
(2) First-article sample with dimensional report for approval;
(3) In-process checks at each stage;
(4) Final inspection per drawing tolerances;
(5) Inspection report and material certificate included with shipment.
Samples available for all new designs. Typical lead time: 5–10 working days (sheet metal), 7–15 days (machined components), depending on complexity. We provide photo confirmation and dimensional report before mass production. Sample cost deducted from first production order.
Start Your Custom Sheet‑Metal & CNC Project
One‑stop manufacturing from prototyping to assembly. All drawing files kept confidential.