Dongguan Lanbo Electronics Technology Co., Ltd.

Custom Stamping Metal Tubular Lock Latch Mounting Bracket

Custom Stamping Metal Tubular Lock Latch Mounting Bracket
Part No :

Custom Stamping Metal Tubular Lock Latch Mounting Bracket product parameters

Example structure	Tubular opening, mounting base and two fixing holes
Material	SPCC for the illustrated metal component
Process	Stamping and electroplating
Finish	Blue zinc electroplating
Drawing inputs	Opening profile, height, rim features and fixing-hole locations relative to the tube axis
Inspection inputs	Final plated dimensions, datums, edge conditions, base flatness and finish acceptance
Quotation inputs	Drawings and revisions, mating lock component, sheet thickness, finish specification, quantity and inspection requirements

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Detailed description

Custom Stamping Metal Tubular Lock Latch Mounting Bracket

This example is an SPCC stamped lock-housing component with blue zinc electroplating. It has a tubular opening, a rectangular mounting base, two fixing holes and shaped features at the tube rim. Define the required fit and mounting arrangement against the selected part drawing.

Tube and mounting-base interfaces

Specify the opening profile, tube height and rim geometry in relation to the mating lock component. Locate the base fixing holes relative to the tube axis and mounting face. Show the installed orientation, fastening arrangement and clearances needed for assembly.

Material, plating and construction review

The source record specifies SPCC, stamping and electroplating, with blue zinc as the finish. State the sheet thickness and project material and finish requirements on the drawing. Define the tube-and-base construction and agree the manufacturing sequence for the selected design before production.

Identify the dimensions accepted after plating, together with any masked contact or mating surfaces. Include the required finish appearance and inspection criteria. Specify other lock components and fasteners separately in the assembly bill of materials.

Inspection and quotation inputs

Mark the critical opening geometry, tube height, rim positions and mounting-hole relationship, with dimensions, units and datums. Define base flatness, edge or burr requirements and the mating parts used for fit approval. Identify whether each dimension is checked before or after the specified finish.

Frequently Asked Questions

What information is needed to confirm the lock-component fit?

Provide the mating lock-component drawing or sample reference alongside the housing drawing. Define the opening profile, axial location, tube height and rim features that control fit. State the accepted finished dimensions and the installation orientation so the fit review uses the intended assembly.

How do I define the mounting-hole pattern relative to the tube?

Dimension the fixing-hole locations from the specified tube-axis and mounting-face datums. Include the hole sizes, spacing, base outline and any positional acceptance criteria needed for the mating mounting surface. Identify the fasteners and clearances for the intended installation.

What should be checked after blue zinc electroplating?

Check the drawing-defined final opening and fixing-hole dimensions, mating-surface requirements and finish acceptance criteria. Identify any surfaces to be masked and specify the inspection condition for critical fits. Include any project coating or corrosion-test requirement in the order specification rather than using the finish name as a performance rating.

Prepare a quotation request

Send the selected example reference, part and assembly drawing revisions, mating lock-component information, material grade, sheet thickness, plating specification and quantity. Mark critical dimensions, datums, fit approval and inspection requirements. Send your lock-housing drawing and requirements.

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.