Precision Stamped Components
High-precision progressive die stamped parts in mild steel, stainless steel, aluminium and copper — produced to tight tolerances with consistent, repeatable quality from prototype to full mass production.
High-Volume Precision Stamping to Your Drawing
Metal stamping is a high-speed manufacturing process in which sheet metal is formed into precise shapes using dies and presses. Progressive die stamping — our core capability — feeds a metal strip through a series of stations in a single die set, performing multiple cutting, bending, and forming operations in sequence to produce a finished component with each press stroke.
The result is a highly efficient, repeatable process capable of producing complex, tight-tolerance stamped parts at high volumes with minimal scrap and consistent quality across every batch. Progressive die stamping is the preferred process for automotive, household appliance, and industrial components where high volumes, dimensional consistency, and competitive unit cost are all required.
At Wisma Technology, we source and supply stamped components to your exact engineering drawings through our qualified manufacturing network — managing the full process from design feasibility and tooling through to certified mass production supply and delivery.
Why Progressive Die Stamping
High Speed Production
Multiple operations completed per press stroke — delivering high output rates at low per-unit cost for volume production.
Consistent Tolerances
Die tooling ensures every part is dimensionally identical — critical for assembly lines and automated production environments.
Minimal Material Waste
Progressive strip feeding maximises material utilisation, reducing scrap and keeping unit cost competitive at volume.
Complex Geometries
Cutting, bending, piercing, drawing and forming operations can all be combined within a single progressive die set.
Stamping Capabilities & Secondary Processes
Full-scope stamping and value-added secondary processing — all managed through our qualified manufacturing network.
Progressive Die Stamping
Our primary stamping process — metal strip fed through a multi-station die performing cutting, bending, piercing, and forming operations in a single pass. Ideal for complex, high-volume parts requiring consistent geometry and tight dimensional tolerances.
Blanking & Piercing
Precision cutting of flat blanks and hole piercing to exact dimensions. Suitable for components requiring clean shear edges, precise hole placement, and tight positional tolerances across high-volume production runs.
Bending & Forming
Sheet metal bending and forming to produce channels, brackets, clips, flanges, and complex 3D profiles. Spring-back compensation built into tooling design ensures dimensional accuracy on formed features across all materials.
Deburring & Edge Finishing
Post-stamping deburring removes sharp edges and burrs from cut and pierced surfaces, ensuring components are safe to handle, assemble cleanly, and meet surface quality requirements for functional and aesthetic applications.
Surface Treatment
A range of surface treatments available including zinc plating, nickel plating, passivation, powder coating, and anodising — selected based on your corrosion resistance, conductivity, and appearance requirements.
Assembly & Sub-Assembly
Where required, stamped components can be supplied pre-assembled or as part of a sub-assembly — reducing your incoming inspection workload and simplifying supply chain management for multi-part assemblies.
Stamping Materials
Material selected based on your strength, corrosion resistance, conductivity, and cost requirements.
Mild Steel
The most widely used stamping material — offering excellent formability, weldability, and cost efficiency. Suitable for structural brackets, housings, and general-purpose stamped parts.
Stainless Steel
Selected for applications requiring corrosion resistance, hygiene compliance, or high-temperature performance. Available in 304 and 316 grades depending on environment and application.
Aluminium
Lightweight with good corrosion resistance and electrical conductivity. Ideal for weight-sensitive applications in automotive, electronics, and household appliance sectors.
Copper & Brass
Excellent electrical conductivity and thermal properties. Commonly used for electrical contacts, connectors, terminals, and heat-dissipating components in electronics and automotive applications.
Applications for Stamped Components
Our stamped components are used across demanding, high-volume applications in multiple sectors worldwide.
Automotive
Structural brackets, motor housings, seat mechanism parts, electrical contacts, heat shields, and body clips requiring tight tolerances and high-volume consistency.
Household Appliances
Motor end caps, mounting brackets, switch contacts, fan blade assemblies, and structural frames for washing machines, air conditioners, and kitchen appliances.
Industrial
Equipment housings, connector brackets, actuator components, and structural parts for industrial automation, conveyor systems, and machinery assemblies.
Power Tools
Motor housings, brush holders, switch plates, and structural stampings for electric drills, grinders, sanders, and cordless power tool assemblies.
Need Stamped Components for Your Application?
Send us your drawings and we'll provide a feasibility review and quote within 3–5 working days.