1. Overview & Capability Spectrum
We deliver enterprise-grade sheet metal stamping tooling engineered specifically for ultra-precise micro-components, electrical enclosures, switch contacts, and intricate structural brackets. By leveraging high-precision wire-cut electrical discharge machining (EDM) and optical profile grinding, our tooling guarantees flawless repeat accuracy and prolonged operational durability across automated high-speed production lines.
2. Technical Performance Matrix
| Technical Performance Parameter | Standard Electronics Specification | High-Precision Custom Class |
| Applicable Component Category | Connectors, Shielding Cans, Terminals | Micro-lead Frames, Ultra-thin Springs |
| Compatible Strip Material | Beryllium Copper, Brass, Phosphor Bronze | Stainless Steel (0.05-2.0mm), Nickel Alloys |
| Punch & Die Plate Steel | SKD11, D2 Steel (HRC 58-62) | ASP-23 Powder Metallurgy, Tungsten Carbide |
| Feed Pitch Accuracy | ±0.008 mm | ±0.002 mm (Agathon Guide Pillar Fitted) |
| Maximum Stamping Speed | 200 to 500 Strokes per Minute (SPM) | Up to 1,200 Strokes per Minute (High-Speed) |
| Tool Lifetime Warranty | 1,000,000 Hits Minimum | Up to 50,000,000 Hits (Regrind Maintenance) |
| Quality Standard Certification | ISO 9001:2015 Compliant | IATF 16949 System Standard Integration |
3. Core Structural Advantages
Sub-Micron Precision Machining Capability: Every core forming punch and die plate is shaped using slow-feed wire EDM and jig grinders operating under strict temperature-controlled cleanroom conditions. This mitigates microscopic thermal expansion, maintaining cut clearance tolerances down to 0.003 mm to prevent burrs or flashing on fine metal parts.
Quick-Change Modular Die Architecture: Engineered with quick-interchangeable inserts, damaged cutting edges or bend blocks can be swapped directly on the press stroke without removing the complete die set from the bolsters. This intelligent layout slashes tooling setup time and dramatically improves overall equipment effectiveness (OEE).
Integrated Sensor Protection & Automation Compatibility: Outfitted with built-in optical mis-feed detection, strip end sensors, and part ejection proximity switches. Our tooling seamlessly connects with automated coil feeders and scrap evacuation conveyors, preventing mis-hits and protecting expensive tool steel during continuous runs.
4. Streamlined Project Execution Lifecycle
CAD Analysis: DFM review & strip layout simulation
3D Modeling: Die design approval by customer
CNC & Wire-EDM: Precision machining of die plates
T1 Press Trial: Sample stamping & CMM inspection
Final Delivery: Seaworthy wooden case packing
5. Frequently Asked Questions (FAQ Section)
Q1: What quotation inputs are needed to receive an precise tooling cost estimate?
A: To provide an accurate technical quote within 24 hours, please share your 2D/3D part drawings (STEP, IGES, or DWG format), required raw material specification, raw strip thickness, estimated annual production volume, and your press machine tonnage specs.
Q2: How do you guarantee part precision and prevent burr formation during long production runs?
A: We utilize high-grade ASP powder metallurgy steel and tungsten carbide for critical cutting edges, combined with high-precision Swiss-made guide components. Optical profile grinding maintains ultra-tight punch-to-die clearances, eliminating burrs for millions of cycles.
Q3: Do you provide physical stamped samples for verification before full mold shipment?
A: Yes, absolutely. Upon completing the T1 tooling assembly, we run trial press tests to produce 50 to 100 physical samples. We dispatch these samples via air express along with a comprehensive CMM measurement report and strip layout for your final engineering sign-off.
Q4: How are wearing spare parts handled for international long-distance maintenance?
A: We supply a full set of consumable spare parts (including spare punches, ejector pins, springs, and custom inserts) alongside the initial tooling shipment. All spare components are standard-coded and fully 3D-mapped for direct off-the-shelf replacement.
Q5: What lead time should be expected from drawing sign-off to first trial samples?
A: Our standard delivery lead time for complex progressive sheet metal tooling ranges from 30 to 45 calendar days, depending on tooling size and complexity. Rapid prototyping and expedited machining schedules are available upon request.
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