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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 precision aerospace cylindrical housing component is manufactured using 5-axis CNC machining, featuring a long cylindrical body, precision internal bore, stepped flange structures, integrated mounting ears and multiple precision mounting holes.
The combination of deep internal geometry, cylindrical surfaces and multi-angle mounting features makes this component more challenging than a conventional turned part. 5-axis CNC machining enables multiple angular features to be completed with fewer setups, helping reduce accumulated positioning errors and maintain the dimensional relationship between critical bores, flange surfaces and mounting holes.
Designed for aerospace and high-performance mechanical applications, this type of precision machined housing is suitable for structural assemblies, precision equipment, aerospace mechanisms and other custom OEM components where dimensional stability, surface quality and machining consistency are critical.
Final dimensions, tolerances and material specifications are manufactured according to the approved customer drawing and technical requirements.
| Item | Specification |
|---|---|
| Product Type | Precision Aerospace Cylindrical Housing Component |
| Machining Process | 5-Axis CNC Machining |
| Material | Stainless Steel / Customer-Specified Aerospace Alloy |
| Component Structure | Cylindrical Body with Integrated Flange |
| Internal Geometry | Precision Internal Bore & Stepped Cavity |
| External Geometry | Cylindrical Surface & Multi-Step Flange |
| Mounting Features | Integrated Mounting Ears & Precision Holes |
| Machining Method | Multi-Angle 5-Axis CNC Machining |
| Tolerance | According to Customer Drawing |
| Surface Finish | According to Customer Drawing / Application |
| Production | Prototype / Low Volume / Mass Production |
| Application | Aerospace & Precision Mechanical Systems |
The geometry of this aerospace component requires more than simple cylindrical turning. Several critical features are positioned at different orientations, creating challenges in tool accessibility, concentricity, positional accuracy and fixture stability.
Our 5-axis machining process is developed around the actual part geometry and drawing requirements.
The 2D drawing and 3D CAD model are reviewed before production. Critical dimensions, datum references, bore relationships, mounting-hole positions and machining allowances are identified to establish the machining sequence.
A dedicated or optimized fixture is used to maintain stable positioning of the cylindrical component during machining. The goal is to minimize unnecessary repositioning and maintain the relationship between the main bore, flange surfaces and mounting features.
Material is efficiently removed from the cylindrical body, flange areas and complex external features. Controlled machining parameters are used to maintain rigidity and reduce vibration during material removal.
The integrated mounting ears, angled surfaces, side holes and other non-standard features are machined using simultaneous 5-axis tool movement. This allows the cutting tool to approach difficult surfaces from optimized angles while reducing the need for multiple fixtures.
The internal bore, stepped internal geometry and critical mating surfaces receive finishing operations to achieve the required dimensional accuracy and surface quality. Particular attention is paid to the relationship between the internal bore and external reference surfaces.
Critical dimensions are inspected according to the customer drawing. Depending on project requirements, inspection can include CMM measurement, dimensional inspection, bore measurement and surface-finish verification.
| Feature | 5-Axis CNC Machining Advantage |
|---|---|
| Complex Geometry | Multi-angle surfaces can be machined with controlled tool orientation |
| Integrated Mounting Ears | Difficult side features can be accessed without excessive repositioning |
| Deep Internal Bore | Precision machining strategies help maintain bore geometry |
| Flange Structure | Multiple flange surfaces can be accurately coordinated |
| Multiple Angles | 5-axis positioning improves tool accessibility |
| Fewer Setups | Reduced re-fixturing helps minimize accumulated positioning errors |
| Dimensional Consistency | Stable machining process for repeated production |
| Surface Quality | Controlled tool orientation helps improve complex-surface finishing |
| Aerospace Requirements | Suitable for precision components with drawing-driven requirements |
The main challenge of this component is not simply machining a cylindrical shape.
The difficulty comes from combining several precision features into one component:
Long cylindrical geometry + deep internal bore + stepped flange + integrated mounting ears + multi-angle holes.
For conventional machining, these features may require several setups and different machining orientations. Every additional setup introduces the possibility of positioning deviation.
With 5-axis CNC machining, multiple angled features can be processed while maintaining a controlled relationship with the primary datum and cylindrical axis. This is particularly important when the component is used as part of a larger aerospace assembly.
Primary datums are established early in the machining process to control the relationship between critical features.
The cutting tool can continuously change orientation to access complex surfaces and improve cutting conditions.
Specialized tooling and controlled machining parameters are used for deep internal features to minimize vibration and maintain bore accuracy.
Roughing and finishing operations are separated to reduce machining stress and improve dimensional stability.
Where the geometry allows, multiple features are machined within the same setup to reduce cumulative positioning errors.
Critical dimensions and geometric relationships are verified according to customer drawings and inspection requirements.
We provide precision CNC machining for a wide range of engineering and aerospace-related materials.
| Material | Common Grades |
|---|---|
| Stainless Steel | 304, 316L, 17-4PH |
| Aluminum | 6061, 6061-T6, 7075 |
| Titanium | Grade 2, Grade 5 |
| Alloy Steel | 4140, 4130, 42CrMo4 |
| Brass | C360, H62 |
| Copper | Copper Alloys |
| Engineering Plastics | POM, PA6, PA66, PEEK, Nylon |
Other materials are available according to customer requirements and drawing specifications.
Depending on the material and application requirements, we can provide:
Polishing · Brushing · Passivation · Anodizing · Hard Anodizing · Electroless Nickel Plating · Electroplating · Powder Coating
For aerospace-related components, surface treatment can be selected according to the required corrosion resistance, wear resistance, dimensional requirements and application environment.
Every aerospace component is different. We manufacture according to customer 2D drawings, 3D CAD models and technical specifications, rather than offering fixed standard dimensions.
Our engineering team can evaluate:
From prototype development to low-volume and mass production, the machining process can be optimized according to the component geometry and production requirements.
This component combines cylindrical geometry, internal bores, flange structures, mounting ears and multi-angle features. 5-axis CNC machining provides improved tool accessibility and allows complex features to be machined with fewer setups.
Yes. We manufacture custom components according to 2D engineering drawings and 3D CAD models, including specified dimensions, tolerances, materials and surface treatments.
We can machine stainless steel, aluminum, titanium, alloy steel, brass, copper and engineering plastics. Aerospace-grade materials can be processed according to customer specifications.
Yes. Deep-bore machining is available. Tool selection, machining parameters and the machining sequence are optimized according to bore depth, diameter, material and tolerance requirements.
Yes. Inspection requirements can be defined according to the project. Dimensional inspection and CMM measurement can be arranged for critical aerospace components.
Yes. We support prototype, low-volume and production machining for custom precision components.
Send us your 2D drawing, 3D CAD model, material specification, required quantity and surface-treatment requirements. Our engineering team can review the manufacturability and prepare a quotation.
