CNC milling, turning, and mill-turn machining for aluminum, stainless steel, copper alloys, and engineering plastics—ideal for precise, strong, and repeatable parts.
Ideal for:
From prototypes to production, our capabilities include milling, turning, five-axis and mill-turn machining, grinding, wire EDM, Swiss turning, drilling, and tapping for complex, precise, and repeatable parts.
Features: Complex three-dimensional structure, high precision
Material: aluminum, stainless steel, copper, engineering plastic
Tolerance capability: ±0.01 ~ ±0.05 mm
Applicable scenarios:
Features: Rotary body parts, high efficiency, high consistency
Materials: Aluminum, stainless steel, carbon steel, copper, engineering plastics
Tolerance capability: ±0.01 ~ ±0.05 mm
Applicable scenarios:
Features: Complex curved surfaces, multi-faceted clamping at one time, high precision
Material: Aluminum, stainless steel, titanium alloy, copper, engineering plastic
Tolerance capability: ±0.01 ~ ±0.03 mm
Applicable scenarios:
Features: Turning + milling integration, high efficiency
Materials: Aluminum, Stainless Steel, Carbon Steel, Copper
Tolerance capability: ±0.01 ~ ±0.03 mm
Applicable scenarios:
Features: Ultra-high precision, high finish
Materials: Hardened steel, alloy steel, stainless steel
Tolerance capability: ±0.002 ~ ±0.01 mm
Applicable scenarios:
Features: No cutting force, suitable for high hardness materials
Material: Tool steel, carbide, stainless steel
Tolerance capability: ±0.005 ~ ±0.02 mm
Applicable scenarios:
Features: Slender pieces, high stability, high consistency
Material: stainless steel, copper, aluminum, titanium alloy
Tolerance capability: ±0.005 ~ ±0.02 mm
Applicable scenarios:
Features: High hole position accuracy and good thread consistency
Material: metal, engineering plastic
Tolerance capability: ±0.02 ~ ±0.05 mm
Applicable scenarios:
Balanced strength, corrosion resistance, and machinability for structural parts, housings, brackets, fixtures, and functional prototypes.
View Material Detail Use material quote
Tough, easy-to-machine plastic for housings, structural prototypes, validation parts, and assemblies.
View Material Detail Use material quoteCompare additional CNC materials, finishes, and applications. If your material is not listed, our engineers can recommend a suitable alternative.
From instant quoting and DFM review to engineering oversight, material selection, and tolerance control, our workflow supports prototypes, functional parts, and production runs.
STEP, IGES, STL, DWG, and DXF files are analyzed for size, holes, threads, cavities, surfaces, and other features used for process selection, DFM, and pricing.
DFM review checks wall thickness, hole depth, tool access, clamping, machining direction, and tolerances, then recommends changes to reduce risk.
Geometry, material, tolerances, and quantity are matched to suitable CNC processes, with comparable pricing and lead-time ranges.
Engineers verify the process plan, while in-process quality controls check dimensions, strength, and surface requirements.
Choose from common metals and engineering plastics, with process-specific tolerance and surface-finish guidance for fit, function, and service life.
From prototypes and functional testing to production runs, we support medical, aerospace, automotive, consumer electronics, robotics, and automation projects with multi-process machining, material options, and engineering-led quality control.
Explore representative CNC machining applications for thin-wall structures, housings, hubs, industrial components, and specialty-alloy parts. Each example highlights geometry and process considerations commonly reviewed before production.
CNC process planning for thin walls focuses on stable fixturing, controlled cutting loads, and distortion management to protect fit and geometry.
Coordinated milling, turning, boring, and inspection support concentric features, mounting faces, and repeatable assembly interfaces.
Multi-axis machining supports bolt patterns, fit-critical interfaces, and complex profiles in steering and motion-control components.
CNC milling and finishing support alignment, assembly fit, and durable working surfaces for industrial cutting equipment.
Process planning, tool selection, and staged inspection help control geometry and consistency when machining specialty-alloy parts.
We support prototypes through volume production with:
We recommend a process or combination based on geometry, material, tolerances, and quantity.
We support mainstream 3D and 2D formats:
For more accurate quoting and process review, provide a STEP file plus a fully dimensioned 2D drawing.
Typical CNC machining tolerances:
Final tolerances depend on geometry, material, and process review.
Common materials include:
Submit your drawings for evaluation if you need another material.
Typical quote times:
Yes. Automated analysis and engineering review assess:
No. We support single prototypes, low-volume batches, and production runs.
Reference lead time:
Available finishing services include:
We ensure quality through:
