5 Axes CNC parts
5 axes CNC machining handles complex geometry, curved surfaces and multi-angle features in fewer setups, keeping dimensional stackup under control across difficult profiles. NOWARUN machines these custom components to a tolerance of +/-0.01 mm in aluminium, alloy steel or stainless steel according to your 2D and 3D drawings. Parts are finished with specified treatments such as anodizing or plating, and produced to OEM requirements rather than supplied from a standard catalogue.
Published Data for 5 Axes CNC parts
Every value below is taken from NOWARUN's own specification for this part.
| Process | 5 axes CNC machining, curve machining |
|---|---|
| Tolerance | +/-0.01 mm |
| Materials | Alloy steel, aluminium, stainless steel |
| Surface Treatment | Various plating, anodizing, or according to customer requirements |
| Certifications | ISO 9001:2008, SGS, ROHS |
| Production Type | OEM custom manufacturing to drawing |
| Packaging | PP bag, carton, crate, box or according to customer requirements |
| Origin | Hangzhou, Zhejiang, China |
Key Benefits
- Machining tolerance of +/-0.01 mm maintains dimensional consistency across intricate 5-axis features and contours
- Multi-axis curve machining cuts continuous 3D surfaces and compound angles in single clamping operations
- Material options include aluminium, alloy steel and stainless steel to match specific mechanical duty requirements
- Surface treatments including anodizing and various plating options protect against operational wear and environmental corrosion
- Components are manufactured strictly to OEM drawings to integrate directly into custom machine assemblies
- Export packaging options include PP bags, cartons, crates and boxes to safeguard machined surfaces in transit
Problems It Solves
- Multiple repositioning steps on 3-axis mills create cumulative datum errors on angled faces and curved surfaces
- Suppliers lacking 5-axis capability cannot execute continuous contoured profiles called out on custom part prints
- Procurement teams struggle to find contract manufacturers providing finished parts with integrated plating or anodizing
- Loose tolerances on critical OEM components cause binding and alignment problems during machinery line assembly
Who It Is For
- Design engineers developing complex equipment bodies that require multi-axis curve machining without stacked tolerances
- Procurement managers sourcing custom OEM aluminium or steel components machined down to +/-0.01 mm
- Machine construction OEMs looking to outsource multi-sided CNC components directly to manufacturing drawings
- Industrial equipment builders needing certified custom parts verified under ISO 9001, SGS or ROHS standards
Application Scenarios
- Curved aluminium housings and structural brackets for machine construction requiring multi-axis toolpaths
- Stainless steel flow components and valve housings used in food processing machinery builds
- Alloy steel linkages and angled drive mounts designed for heavy agricultural equipment assemblies
- Precision mechanical mounts installed near cutter heads in wood processing equipment lines
- Custom structural hardware and mechanical linkages engineered for mining and aggregate machinery
Technical Features
- 5 axes CNC machining capability for complex prismatic geometries and multi-face profiling
- Continuous curve machining for contoured surfaces and swept mechanical features
- Dimensional tolerance capability down to +/-0.01 mm on finished features
- Secondary surface finishing including various plating processes and anodizing lines
- OEM production certified to ISO 9001:2008, SGS and ROHS requirements
Materials
- Aluminium for lightweight equipment components, brackets and assemblies requiring anodized protection
- Alloy steel for structural hardware, high-strength linkages and components undergoing mechanical stress
- Stainless steel for parts requiring corrosion resistance in demanding operational environments
How It Is Made
- 1
CAD model and drawing review to verify tolerances, curved geometry and tool access paths
- 2
Raw material preparation and stock cutting for aluminium, alloy steel or stainless steel blanks
- 3
5-axis CNC programming and simultaneous multi-axis toolpath verification for curve machining
- 4
Precision machining of prismatic features, angled holes and complex contoured profiles
- 5
Application of specified surface treatment including anodizing or designated plating types
- 6
Final dimensional inspection against +/-0.01 mm drawing tolerances followed by protective packing
Quality Control
- Inspection against drawing dimensions to verify compliance with the +/-0.01 mm machining tolerance
- Surface finish checks on curved profiles and machined faces after multi-axis cutting passes
- Coating and plating layer verification following anodizing or protective surface treatment operations
- Production and quality tracking aligned with ISO 9001:2008, SGS and ROHS certification standards
Customization Options
- Machined directly to custom customer CAD models and 2D engineering drawings
- Material selection specified between aluminium, alloy steel and stainless steel grades
- Surface finishes tailored to your drawing specifications including anodizing and plating options
- Packaging configured to project handling requirements using PP bags, cartons, crates or boxes
Compared With the Alternatives
| Alternative | Honest trade off |
|---|---|
| Conventional 3-axis CNC machining | 5 axes CNC machining completes complex profiles in fewer setups, eliminating fixturing errors across angled faces |
| Die casting or standard forming | CNC machining holds a +/-0.01 mm tolerance without upfront tooling costs, though high-volume cycle times are longer |
| Catalogue structural parts | Custom 5-axis parts match exact equipment envelopes, avoiding compromise on mounting positions or mechanical geometry |
Use Guide
- Provide complete 3D models alongside 2D drawings showing all critical tolerances and datum references
- Specify the raw material grade required between aluminium, stainless steel or alloy steel
- Indicate surface treatment requirements such as anodizing or specific plating types on the print
- Confirm the target packaging method between PP bags, cartons, boxes or crates prior to shipment
5 Axes CNC parts Questions
What machining tolerance can you hold on 5 axes CNC parts?
We maintain a machining tolerance of +/-0.01 mm on 5 axes CNC parts and curve-machined features according to your drawing requirements.
What materials are available for these custom machined components?
Parts are machined to order in aluminium, alloy steel or stainless steel based on the mechanical requirements of your print.
What surface treatments can be applied to the finished parts?
Available surface finishing options include anodizing, various plating types, and other customer-specified treatments.
Which quality certifications apply to your CNC production?
Our manufacturing operations and processes hold certifications including ISO 9001:2008, SGS and ROHS.
Can you machine complex curved profiles and continuous 3D contours?
Yes. Our multi-axis setup supports 5 axes CNC machining and curve machining for compound angles, undercuts and contoured geometries.
How are precision CNC parts packaged for overseas delivery?
Components are packed using PP bags, cartons, crates, or boxes, or prepared according to your specific export packaging instructions.
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