Product overview

The pictured component is best described as a custom CNC machined housing or enclosure-style part. Visible features include a large circular opening on the upper section, recessed internal cavities, a rectangular front opening, round bores, threaded mounting holes, side slots, stepped faces and several machined surfaces. The final function, material, dimensions and production route must be confirmed from the approved drawing or 3D model.

This geometry can create important engineering questions around datum selection, workholding, tool access, internal corner radii, hole-to-hole position, thread depth, burr removal, cosmetic surfaces and inspection access. Shenzhen Perfect Precision Products Co., Ltd. can review customer drawings, 3D models, samples or photographs before quotation, subject to engineering confirmation.

The dark appearance shown in the reference is a visual requirement only. A photograph cannot confirm whether the part is aluminum, steel, stainless steel, another material, or whether the finish is anodizing, black oxide, powder coating or plating. Material grade, temper, treatment, color and applicable standards should be stated in the RFQ.

Why this service fits complex housing projects

• Geometry review before production: datums, mating faces, bores, slots, cavity depths and threaded features can be reviewed together rather than treated as isolated operations.
• Multi-axis process options: company-level equipment includes 3-axis, 4-axis and 5-axis CNC machining; the suitable route depends on access, workholding and tolerance requirements.
• Broad material coverage: listed material families include aluminum, titanium, stainless steel, alloy steel, brass, copper and engineering plastics, subject to grade review.
• Inspection planning: supplied company information lists six QA/QC inspectors, five testing instruments, CMM capability and 2D measurement resources.
• Prototype to production support: prototype, pilot-run and repeat-production routes can be evaluated after the drawing, quantity and inspection scope are reviewed.

Product specifications

Engineering and manufacturing considerations

Geometry review and DFM

A housing with deep cavities and features on several faces should be reviewed for datum strategy, workholding, tool access and inspection access. The engineering review should identify functional interfaces first, then separate them from cosmetic or non-critical surfaces. This helps avoid applying expensive tight tolerances where they do not improve assembly performance.

CNC routing and feature control

CNC milling is the likely primary operation for the pictured geometry. Depending on the approved model, 3-axis, 4-axis, 5-axis or multiple-operation machining may be considered. Bores and threaded holes should be specified with position, depth and relation to mating faces. Internal corners, slots and narrow recesses should include realistic radii and deburring requirements.

Material and black finish selection

The company lists aluminum alloys, titanium, stainless steel, alloy steel, brass, bronze, copper and engineering plastics. Finish selection depends on the confirmed material and function. For example, an aluminum design may require a specified anodizing process, while steel or stainless steel may use black oxide, plating, polishing or powder coating. The drawing should state color, thickness, masking and applicable standards.

Inspection and documentation

The supplied company information lists incoming material checks, first-article inspection, in-process or sampling inspection, pre-shipment inspection, six QA/QC inspectors, five testing instruments, CMM and 2D measurement equipment. Buyers should define which dimensions require measurement, whether material certificates are needed, and whether a first-article or full dimensional report is required.

Factory capability and supply support

Shenzhen Perfect Precision Products Co., Ltd. is identified in the supplied company information as a custom OEM/ODM manufacturer. The company reports 79+ machines, more than 100 professional staff and monthly output exceeding 300,000 pieces. Its listed services include CNC milling, turning and mill-turn machining, injection molding, sheet metal fabrication, casting, forging, rapid prototyping, finishing coordination and other specialized components.

ISO9001:2015 and ISO13485:2016 are identified in the supplied knowledge base as verified certifications. ISO14001, ISO45001, AS9100 and IATF16949 are listed as requiring further verification and are not presented here as confirmed certifications. Company-level experience in medical, automotive, aerospace, marine, robotics, agricultural, industrial and electronics work does not prove that this pictured housing is approved for any specific regulated application.

Prototype, pilot-run and production programs can be discussed after drawing review. Indicative timing and capacity figures remain dependent on material availability, geometry, quantity, finishing, inspection and current production allocation. A written quotation should define assumptions and the committed dispatch date.

What to include in your RFQ

1. Dimensioned 2D drawing and, when available, a 3D model.
2. Material grade, temper, hardness and heat-treatment requirements.
3. Quantity, annual demand and prototype or production stage.
4. Datums, GD&T, mating interfaces and critical dimensions.
5. Thread standard, size, class, depth and inspection method.
6. Surface roughness, finish type, color and masking requirements.
7. FAIR, full dimensional report, material certificate or compliance-document needs.
8. Packaging, marking, target dispatch date and destination country.

If drawings are not ready, photos, sketches, samples or a functional description may support an initial feasibility discussion. Final production pricing should be based on an approved drawing, model or measured sample and should list all assumptions clearly.

Applications and project fit

The final application of the pictured housing is not confirmed by the reference image. Its form may be relevant to industrial equipment, instruments, electronic enclosures, sensor assemblies, custom mounting structures or other products that require a rigid machined body. These are potential application categories, not confirmed end uses. The buyer should validate load, temperature, sealing, vibration, electrical, cleanliness and regulatory requirements against the approved design.

Shenzhen Perfect’s supplied company information describes experience across medical devices and equipment, automotive components, aerospace-related parts, marine hardware, robotics, agricultural machinery, industrial equipment and electronics. This company-level experience can help with project discussion, but it does not mean that the pictured part has a regulated approval, an aerospace qualification or a medical-device certification. Product-level compliance depends on the customer’s validated design, specified materials, documentation and agreed quality plan.

From drawing review to shipment

1. Engineering review: confirm the model, drawing revision, datums, material, quantity, critical features and requested documentation.
2. Process planning: select stock, workholding, machining orientations, tools and inspection points for cavities, bores, slots and threaded features.
3. Material control: verify the specified grade and condition and identify whether material certificates are required for the order.
4. Machining and finishing: produce the part through the approved CNC route, then coordinate deburring, edge treatment and the specified surface finish.
5. Inspection and release: check agreed dimensions and documents before export packing. Any third-party inspection, special report or additional test should be listed before production.

For complex parts, a staged approach can reduce risk: start with a prototype or small batch, review fit and inspection evidence, then confirm the pilot or repeat-production route. This is especially useful when the material, black finish, cavity access or assembly interfaces have not yet been proven.

Confidentiality and quotation clarity

Customer drawings and product information are described in the supplied company information as confidential business information. An NDA can be requested before drawing exchange, and project access should be agreed for sensitive designs. For a clear quotation, identify the current drawing revision, the features that control assembly, the required finish, the inspection records that must accompany the shipment and the destination country.

A photo can start a feasibility conversation, but it cannot define a production specification. When a drawing is unavailable, provide a physical sample, dimensioned sketch, functional description, expected quantity and known material or finish requirement. The quotation should then separate confirmed information from assumptions so the final price and process can be updated when engineering data becomes available.

For international orders, also state the preferred Incoterm, destination city and packaging expectations. The company information describes support for express courier, air freight, sea freight and door-to-door options through logistics partners. Exact freight cost and arrival time depend on weight, volume, destination, carrier schedules, customs clearance and the selected service level, so these items should be quoted rather than assumed.

Frequently asked questions

What material is the pictured housing made from?

The material cannot be confirmed from the photograph. Aluminum, titanium, stainless steel, alloy steel, brass, copper and engineering plastics are listed as company capabilities. The buyer should specify the grade and condition or request an engineering recommendation.

Can you manufacture complex cavities and threaded features?

The company lists CNC milling and 3/4/5-axis equipment. The suitable route depends on cavity depth, access, workholding, thread requirements and tolerance. These details should be reviewed from the model and drawing.

What tolerance can you achieve?

The supplied knowledge base lists a general capability of ±0.01 mm and special-area capability of ±0.005 mm. These are references for engineering review, not automatic guarantees for every feature or material.

Can you match the black appearance?

The black appearance can be used as a visual reference, but the treatment must be specified. Depending on the material, possible routes include anodizing, black oxide, powder coating or plating. Color and treatment standards should be included in the drawing.

Do you support prototypes and small batches?

The company states that it supports prototypes, small batches, pilot runs and production programs. Quantity, material, setup, finishing and inspection requirements affect the final quotation and schedule.

Can you provide inspection reports and material certificates?

Inspection records, first-article or full dimensional reports and material certificates can be requested according to the company information. State the required documents before quotation so scope and timing can be reviewed.