Dongguan Lanbo Electronics Technology Co., Ltd.

Custom Sheet Metal Stamping Metal Casing For Electronic Devices

Custom Sheet Metal Stamping Metal Casing For Electronic Devices
Part No :

Custom Sheet Metal Stamping Metal Casing For Electronic Devices product parameters

Product examples	Sheet-metal switch housings
Housing material	SGCC for the illustrated sheet-metal housing parts
Process	Stamping and assembly
Additional surface treatment	None for the illustrated housing sheet metal
Drawing requirements	Panel thicknesses, mounting datums, openings, formed heights and cover interfaces
Separate components	Specify grids, inserts, fasteners and internal components in the assembly bill of materials
Inspection requirements	Drawing-defined dimensions, panel flatness, burr limits, cover fit and assembly alignment
Quotation inputs	Part and assembly drawings, revisions, materials, finishes, quantity and acceptance criteria

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Detailed description

Custom Sheet Metal Stamping Metal Casing For Electronic Devices

The gallery shows SGCC sheet-metal switch-housing examples produced by stamping and assembly. Broad panels, formed walls, distributed fastening positions and opening layouts are visible. Identify the requested housing and component drawing when preparing a quotation.

Panel and assembly interfaces

Define the outside envelope, panel thicknesses, formed heights, cover interfaces, fastening locations and mounting datums. Provide the circuit-board outline, mounting-hole pattern, component-height limits and connector interface information. Show the installed orientation and the clearances needed for assembly and servicing.

Material and finish scope

SGCC applies to the illustrated housing sheet metal, with no additional surface treatment for these examples. Specify the material grade, any project finish, appearance and exposure requirements on the selected part drawing. List separate grids, inserts, fasteners and internal components independently in the assembly bill of materials.

Openings, access and performance approval

Show connector openings, cable access, ventilation layouts and cover removal requirements on the assembly drawing. Agree these interfaces against the mating parts and installation sequence.

Define any equipment-level airflow, thermal or electromagnetic compatibility acceptance criteria and who verifies them. Approve the housing layout against the required complete-equipment checks; the opening pattern and material grade alone are not test results.

Typical process and inspection priorities

A typical housing route includes blank preparation, creating the specified holes and openings, forming, deburring, assembly and drawing-based inspection. Confirm the actual sequence and joint or fastener details for the selected assembly during manufacturing review.

Specify acceptance criteria for mounting-hole locations, opening dimensions, formed heights, panel flatness, edge burrs, cover fit and assembly alignment. Identify the dimensions checked in the final formed or assembled state, the measurement datums and any sample approval or inspection report requirements.

Prepare a quotation request

Send the selected part and assembly drawings with revisions, component bill of materials, material grades, thicknesses, finish requirements, quantity and inspection criteria. Include the mating board and connector information, access requirements and any equipment-level approval checks. Send your housing requirements.

Frequently Asked Questions

How should I identify the housing and separate components for a quotation?

Identify the gallery photograph and the selected part or assembly drawing. SGCC is specified for the illustrated housing sheet metal. List grids, inserts, fasteners and internal components separately in the bill of materials, with the material, finish and quantity required for each.

What information is needed to check circuit-board, connector and cover fit?

Provide the board outline, mounting-hole pattern, component-height limits and connector interfaces alongside the housing drawing. Mark mounting datums, opening positions, formed heights and cover interfaces. Show the installation sequence and service clearances, and identify the dimensions to inspect after forming or assembly.

How should ventilation and electromagnetic compatibility requirements be reviewed?

Supply the equipment-level airflow, thermal and electromagnetic compatibility acceptance criteria, the assembled configuration and who will verify them. Review the opening layout, mating components and cover arrangement against those checks. The photograph and SGCC grade alone do not establish a tested equipment rating.

About our company

Dongguan Lanbo Electronic Technology Co., Ltd. (Brand: LAMBOOR) was established in 2010 with 15 years of experience in precision hardware manufacturing. We own a 3,000 sq.m standardized factory and employ over 100 professional technicians, acting as an integrated one-stop manufacturer specializing in custom precision hardware structural components, covering mold development, stamping, sheet metal, CNC turning, welding and dust-free assembly.

We are fully equipped with Jinfeng/Aomate stamping machines, laser cutting machines, CNC bending machines, together with complete QC testing equipment including 2D projectors, salt spray testers and tensile testers. Certified to ISO9001:2015, we hold multiple utility model patents for hardware molds.

Our products are widely applied in consumer electronics, optical communication, medical devices, automotive and new energy electrical industries, with more than 400 customized projects completed. We maintain long-term partnerships with renowned enterprises including KYOCERA, Foxconn and RICOH.

63% of our annual RMB 30 million revenue comes from overseas exports. Our self-developed progressive mold technology cuts processing costs by 80%. We support rapid prototyping and mass production, delivering stable, cost-effective customized hardware solutions for global clients.