High Speed Metal Stamping Tool for Precise Equipment Appliances Device Hardware
Our custom progressive stamping die is engineered for high-volume mass production of thin-gauge metal hardware. As a multi-station progressive stamping tool, it completes piercing, notching, bending, embossing, flanging and blanking sequentially along the metal strip within a single press stroke. Each station operates simultaneously while the workpiece advances step by step—delivering consistent dimensional accuracy, stable high-speed running performance and ultra-long service life for industrial equipment, home appliances and new energy hardware parts.
Optimized Strip Layout & Material Utilization
Our engineering team optimizes strip layout at the DFM stage. We balance part stability, scrap rate and material consumption, helping customers reduce raw material costs for mass stamping production. The carrier design prevents strip twisting and distortion under long-run high-speed coil feeding.
Precision Multi-station Synchronized Motion Control
Each station is carefully tuned for synchronized operation during every press stroke. We adopt high-precision guide assemblies and self-lubricating guide components to maintain consistent parallelism. This minimizes accumulated positioning error even after millions of hits, stabilizing part dimension repeatability.
Wear-resistant Modular Insert Structure & Surface Treatment Options
Forming and cutting inserts are independently designed as modular units. Worn inserts can be replaced separately without disassembling the whole die, drastically cutting maintenance downtime. Multiple surface treatment options including TiAlN, DLC and nitriding are available to resist galling, burr and abrasion for different workpiece materials.
Robust Die Base & Anti-vibration Construction
The heavy-duty, stress-relieved die base effectively absorbs impact and vibration during continuous stamping. The reinforced frame structure maintains excellent rigidity under long-term cyclic load, avoiding die deformation and prolonging the overall service life of the whole tool set.
Built-in Anti-jam & Scrap Removal System
Custom internal scrap chutes and anti-jam structures are integrated into the die body. It efficiently evacuates slugs and prevents jumping scraps, strip jamming and part damage. The design supports non-stop automatic coil feeding for 24-hour mass production.
End-to-end Customized Engineering Support
We tailor the die structure according to your part geometry, material, target SPM and tolerance requirements. Our scope covers DFM review, strip layout, 3D die design, precision machining, assembly, tryout, sample validation and on-site technical support for your stamping line.
This progressive stamping tool serves a wide range of industries:
New Energy—Lithium battery conductive tabs, battery brackets, busbar shrapnel, motor stator/rotor silicon steel laminations, charging gun terminals.
Automotive Electronics—Sensor terminals, connector housings, electrical hardware, relay metal components.
Consumer Electronics—Internal shielding sheets, spring contacts, camera shrapnel, precision metal brackets.
Telecom & Data Center—Server backplane connectors, 5G shielding frames, antenna spring parts, high-current power terminals.
Medical Devices—Precision stainless steel surgical shims, medical spring contacts, diagnostic equipment sensor housings (ISO 13485 compatible).
Aerospace—Lightweight alloy brackets, EMI shielding parts, sensor contact components, small aircraft fastener clips (AS9100 compatible).
Home Appliances—Air conditioner & refrigerator internal brackets, switch contacts, motor silicon steel sheets, small appliance spring clips.
Industrial Automation & Robotics—Motor core laminations, sensor mounting brackets, actuator spring components.
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