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| Brand Name: | Vigorous |
| Moq: | 1 Piece |
| Price: | Negotiable |
| Payment Terms: | T/T,L/C |
| Supply Ability: | 500–2000 pcs/month |
This custom CNC machined aluminum structural frame is manufactured for applications requiring complex geometry, accurate positioning and stable dimensional performance.
Featuring multiple precision pockets, mounting holes, stepped structures and detailed internal features, the component is produced through advanced CNC milling and 5-axis machining processes. The machining strategy is optimized to maintain consistency across multiple surfaces while reducing positioning errors during production.
With dimensional tolerances of up to ± 0.005 mm, precision hole machining, controlled pocket geometry, fine toolpaths and professional chamfering and deburring, this aluminum component is suitable for custom OEM equipment and precision mechanical assemblies.
| Parameter | Specification |
|---|---|
| Product Type | Custom CNC Machined Structural Frame |
| Material | Aluminum Alloy |
| Main Process | CNC Milling + 5-Axis Machining |
| Machining Features | Precision Pockets, Holes, Grooves and Contours |
| Dimensional Tolerance | Up to ±0.005 mm |
| Surface Finish | Fine Machined Surface |
| Edge Treatment | Precision Chamfering and Deburring |
| Production Type | Prototype, Low Volume and Batch Production |
| Customization | Drawing and Sample Based |
| Quality Inspection | In-Process and Final Inspection |
The structural frame features a long, multi-cavity configuration with several interconnected machining areas. Its design requires accurate control of pocket dimensions, hole locations, wall thickness and overall geometric consistency.
The large number of mounting holes provides precise positioning for assembly, while the internal pockets help reduce unnecessary material and create functional interfaces for other mechanical components.
The combination of CNC milling and 5-axis machining allows complex surfaces and multiple machining angles to be processed efficiently. This is particularly valuable for components where several faces and internal features need to maintain accurate positional relationships.
Fine toolpaths are used on key machined surfaces to achieve a consistent machining texture and improve surface quality. Precision chamfering and deburring are also applied to exposed edges and holes to support safer handling and smoother assembly.
Aluminum is well suited for precision structural components because it combines low weight with good mechanical stability and machinability.
The combination of multi-axis machining and precision milling enables complex angles, internal pockets and detailed contours to be produced with controlled positioning accuracy.
Critical dimensions are controlled according to customer drawings and inspection requirements.
Fine CNC toolpaths are applied to functional surfaces to maintain a consistent machined appearance and controlled surface texture.
Multiple mounting holes are machined according to the required position, diameter and depth, supporting accurate assembly and component positioning.
Precision chamfering and deburring remove sharp edges and machining burrs, improving handling and assembly quality.
Multiple internal pockets and openings require careful toolpath planning and machining sequence control to maintain consistent dimensions throughout the component.
5-axis machining provides greater flexibility for complex angles, contours and multi-surface features while reducing unnecessary repositioning.
The component contains numerous mounting holes that require accurate positioning for reliable assembly with mating components.
Optimized toolpaths help create consistent machined surfaces while maintaining the required geometry of the structural frame.
Machined edges are carefully finished to remove burrs and improve assembly and handling.
The aluminum structure provides a useful combination of lightweight design, machinability and dimensional stability for precision equipment.
This custom aluminum structural frame can be used in:
The final application, material specification, tolerance and surface treatment can be customized according to the customer's engineering requirements.
The main challenge is not simply producing the overall shape. The difficulty comes from maintaining the relationship between numerous machined features across a long structural component.
The part includes:
For this type of component, machining sequence, workholding, tool selection and toolpath optimization are important to minimize deformation and positioning deviation.
5-axis machining provides additional flexibility when accessing complex surfaces and features from different directions, while precision CNC milling is used for detailed pockets, holes and finishing operations.
Yes. This is a fully customizable CNC machined component. Production can be based on your 2D drawing, 3D model or physical sample.
Yes. CNC milling and 5-axis machining are suitable for complex components with multiple pockets, holes, contours and multi-angle features.
Depending on the material, geometry, dimensions and machining process, dimensional tolerances can be controlled to up to ±0.005 mm for suitable features.
Yes. We can support prototype development, small-batch production and repeat OEM orders.
Yes. Hole diameter, depth and positional requirements can be controlled according to the customer's engineering drawing.
Yes. Precision chamfering and deburring can be included to remove machining burrs and improve assembly and handling.
Yes. Surface finishing requirements can be discussed according to the customer's application, appearance and functional requirements.
Please send your 2D drawing or 3D CAD file, required material, quantity and surface treatment requirements. We can review the machining requirements and provide a quotation based on the actual part specifications.
