Xiangxing Xin, a CNC Machined Hollow Connector Housing manufacturer, produces metal housings for mechanical assembly and structural connection applications. The component combines a hollow internal cavity, shaped external surfaces, mounting holes, threaded positions and locating features within one machined structure.
The internal cavity provides space for shafts, tubes, inserts, cables or mating components, while the machined outer profile can match the surrounding equipment structure. Threaded holes and locating positions support fastening, alignment and repeatable assembly. Dimensions, wall thickness, cavity geometry and connection features are manufactured according to the approved technical drawing.
CNC milling can be used to form the external contour, internal pocket and transition surfaces. Drilling, boring and tapping operations complete the mounting and threaded features. Depending on the design, multiple setups or multi-axis machining may be used to reach different surfaces while maintaining the relationship between critical features.
Xiamen Xiangxing Xin Industry and Trade Co., Ltd. can evaluate aluminum alloy, stainless steel, brass, copper and other machinable metals according to the required strength, component weight, conductivity, corrosion resistance and appearance. Deburring, cleaning and suitable surface finishing can also be arranged after machining.
These precision housings are suitable for mechanical assemblies, automation equipment, fixtures, support structures, connection interfaces and other industrial projects. Customers should provide drawings, material requirements, quantities, tolerances and surface specifications for manufacturing evaluation and quotation.
The cavity, mounting areas, threaded holes and shaped exterior can be manufactured as one component. This integrated design can reduce the need to join several separately produced parts.
Cavity depth, wall thickness, opening shape, external contour and hole positions can be adjusted according to the customer’s assembly interface and technical documents.
The part can be evaluated in aluminum alloy, stainless steel, brass, copper or other machinable materials. The final selection depends on mechanical, environmental and cost requirements.
Machining can be performed on the top face, side faces, internal cavity and lower connection areas, allowing functional features to be distributed around the component.
Threaded holes, locating recesses, slots and mating surfaces can be incorporated to support fastening, alignment and component installation.
The following comparison explains how a CNC Machined Hollow Connector Housing differs from a conventional multi-part connector structure.
| Comparison Item | Xiangxingxin Machined Housing | Conventional Multi-Part Structure |
| Structural Form | Main functional features can be integrated into one machined component | Several separate parts may need to be assembled together |
| Dimensional Control | Cavity, holes and locating surfaces are produced from an approved drawing | Accumulated assembly variation may depend on multiple components |
| Customization | Outer profile, inner cavity and mounting positions can be adjusted | Often restricted by existing standard-part dimensions |
| Material Selection | Material can be selected according to application requirements | Different assembled pieces may use fixed or unmatched materials |
| Assembly | Integrated features can simplify installation procedures | Additional fasteners, joints or alignment steps may be required |
| Design Modification | Technical features can be revised through drawing updates | Changes may require replacing several individual parts |
| Surface Consistency | Visible surfaces can receive coordinated machining and finishing | Surface appearance may vary between different assembled pieces |
| Process Step | Description |
| Drawing Review | Confirm cavity geometry, external profile, hole positions, threads, tolerances and assembly requirements |
| Material Selection | Select the material grade and raw-material size according to the approved technical file |
| Reference Machining | Establish stable reference surfaces for subsequent operations |
| Rough Milling | Remove excess material and form the basic outer structure |
| Cavity Machining | Mill or bore the internal hollow section to the required geometry |
| Profile Finishing | Finish the shaped external faces, transitions and connecting surfaces |
| Drilling and Tapping | Produce mounting holes, locating holes and internal threads |
| Multi-Surface Machining | Complete features located on different sides of the component |
| Deburring and Cleaning | Remove sharp edges, chips and processing residue |
| Surface Finishing | Apply the specified treatment after material and application review |
| Quality Inspection | Inspect cavity dimensions, hole positions, threads and mating features |
| Packaging | Protect the machined surfaces according to the part size and shipping requirements |
Xiamen Xiangxing Xin Industry and Trade Co., Ltd., under the Xiangxing Xin brand, provides direct machining support for CNC Machined Hollow Connector Housing and other non-standard structural metal components.
Customers can communicate drawings, cavity dimensions, mounting positions, threaded holes, tolerances and assembly requirements directly with the manufacturing side, reducing information loss during technical confirmation.
The part combines an internal cavity, irregular outer contour, multi-face features and threaded mounting positions. CNC milling, drilling, tapping and multi-surface machining can be coordinated according to the approved technical drawing.
We support production from 2D drawings, 3D models or physical samples. Internal cavity size, wall thickness, outer geometry, hole positions and connection features can be adjusted according to the customer’s actual equipment interface.
Aluminum alloy, stainless steel, brass, copper and other machinable metals can be evaluated according to structural strength, component weight, corrosion resistance, conductivity and application environment.
Xiangxing Xin can support projects from prototype verification to repeat batch production. Once the drawing, material and critical dimensions are confirmed, the same technical requirements can be maintained for subsequent manufacturing.
For housing-type parts involving multiple machining directions, the factory can coordinate cavity milling, outer-profile machining, drilling, tapping, deburring and finishing within one production process, helping simplify project management for the customer.
Before production, key areas such as mating surfaces, thread positions, cavity clearance and locating features can be reviewed according to the customer’s assembly requirements, reducing the risk of producing a part that is dimensionally correct but difficult to assemble.
Yes. Xiamen Xiangxing Xin Industry and Trade Co., Ltd. can review drawings, models or physical samples before confirming the machining solution.
Yes. The cavity dimensions, wall thickness, opening shape, outer contour and mounting features can be adjusted according to the approved design.
Material selection depends on strength, weight, conductivity, corrosion resistance, operating environment and cost requirements. Please provide the application details for evaluation.
Yes. Threaded and locating holes can be arranged on the top, side or lower surfaces when the structure and tool access allow.
Please provide drawings, material grade, quantity, tolerance requirements, surface treatment, application and any critical inspection dimensions.
Prototype production can be evaluated after the drawing, material and machining requirements are confirmed.
Inspection can cover cavity dimensions, outer profile, hole locations, thread quality, mating surfaces and appearance according to the approved drawing.
Yes. The suitable treatment will depend on the selected material, appearance requirement and operating environment.
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No. 168 Tonglian Road, Hugan Village, Xinmin Town, Tongan District, Xiamen
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