Innovative Metal Stamping Solutions for Diverse Applications

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Innovative Metal Stamping Solutions for Diverse Applications

Custom stamping parts manufactured to drawing

Metal stamping solutions should match the part, volume and production life

Hongming Sheng develops custom stamped components for OEM customers using customer drawings, specified materials and agreed inspection requirements.

Instead of applying one standard process to every project, we review part geometry, forming difficulty, expected quantity, tooling investment and secondary operations before proposing a manufacturing route.

Start with a drawing review Send PDF, STEP/STP, material, thickness and quantity to: info@hms1688.com Leave Contact & Project Details

The online form collects contact information and basic project details only; it does not accept drawing attachments. Please email files separately.

Stamped Parts Manufactured by Our Factory

Scroll horizontally to view more examples. Images show previous projects; each new part is manufactured according to its own approved drawing and specification.

Typical Components We Review

Brackets & MountsFlat, bent, pierced or reinforced mounting components.

Contacts & TerminalsConductive parts requiring defined material and feature control.

Clips & RetainersSpring or retaining features developed around assembly needs.

Shields & CoversFormed parts for protection, separation or equipment integration.

Deep-Drawn PartsCup, shell or enclosure shapes evaluated for drawing depth and material flow.

Busbar-Related PartsCopper or aluminum components for power and energy assemblies.

Structural StampingsRibs, flanges and formed features supporting load or assembly.

Combined AssembliesStamped parts with tapping, inserts, welding or other secondary processes.

Different Projects Need Different Stamping Routes

Prototype or Early ValidationSimple tooling, laser cutting, bending or combined fabrication may be considered while the design is still being verified.

Repeat Batch ProductionDedicated tooling can provide a stable process when drawing revisions and quantities are sufficiently defined.

Higher-Volume ProductionProgressive or other automated tooling routes may be evaluated when output and project life justify the investment.

What Drives Cost, Quality and Lead Time?

Project factor	Engineering consideration	Commercial impact
Part Geometry	Forming depth, bend location, hole-to-edge distance, radii and feature direction.	Influences tool structure, process steps and development effort.
Material	Grade, temper, thickness, ductility, surface condition and supply form.	Affects forming behavior, material utilization and sourcing.
Quantity	Prototype quantity, batch size, annual demand and expected project life.	Determines whether tooling investment can be justified.
Tolerances	Critical dimensions, flatness, formed geometry and functional interfaces.	Affects tool design, process control and inspection effort.
Secondary Work	Tapping, inserts, welding, heat treatment, plating, coating and assembly.	Adds process steps, handling and lead time.

Fast production begins after the correct process is established. New tooling normally requires design, manufacturing, tryout and sample validation. Actual quotation and lead time depend on the drawing, tooling complexity, material and quantity.

Applications Across Growth Industries

AI Hardware & ElectronicsInternal brackets, shields, clips, grounding parts, contacts and support components.

Battery & Energy EquipmentBusbar-related parts, electrical contacts, mounting hardware and formed supports.

Industrial AutomationSensor mounts, guides, retainers, covers and repeat mechanical parts.

Transportation EquipmentBrackets, clips, protective parts and structural stampings made to drawing.

Communication EquipmentShielding, grounding, connector and enclosure-related components.

Medical & Laboratory EquipmentCustom brackets, covers and formed parts for equipment assemblies.

Learn more about our metal stamping manufacturing capabilities.

Our Project Route

ReviewDrawing, material and quantity

DFMForming and tooling feedback

ToolingDesign and manufacture

TryoutInitial stamped samples

ApprovalConfirm agreed requirements

ProductionManufacture and inspection

Information for a Stamping Review

2D drawing and/or 3D model

Material grade and thickness

Prototype and production quantities

Critical dimensions and tolerances

Burr direction and formed surfaces

Finish and secondary operations

Required inspection documents

Target project timing

Have a Custom Stamped Part to Develop?

Email your drawings and requirements. Our team can review the part geometry, material, tooling route, quantity and secondary processes before quotation.

Email: info@hms1688.com
Leave Contact & Project Details

Please email drawing attachments separately. Customer CAD files, drawings, samples and technical information are handled confidentially. NDA support is available for OEM projects.

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