product description

In continuous stamping of automotive terminals, a reset delay of 0.01 mm causes a die loss of $8000 per second. Our aerospace-class reset system uses hysteresis braking and nano-self-lubricating guideways to achieve ± 0.001 mm precise return in 0.03 seconds and withstand 150 tons of impact. 2 million brute force tests to build the ultimate line of defense for die accidents in connector/leadframe molds..
Product Features

1. Military-grade shock resistance
- Composite energy absorbing structure: - Surface layer: Al₂O₃ ceramic coating (wear resistance)
- Substrate: TZM molybdenum alloy (yield strength 1200MPa)
- Core: Negative Poisson ratio honeycomb structure (90% energy absorption efficiency)
- Thermal deformation immunity: coefficient of thermal expansion approaching 0(±0.0001mm/℃)
- Corrosion Terminator: Electroless Nickel Plating (10 μ m) + passivation
2. Zero maintenance life design
- Lifetime self-lubrication: embedded graphene oil reservoir microcapsules (release per cycle 0.1 mg lubricant)
- Dustproof ecosystem: nano-oleophobic coating + labyrinth seal
- Global formwork compatibility: adaptation DME/HASCO/FUTABA standard (center-to-center distance 50~200mm)
Product application scenarios

1. Precision stamping: IC Lead Frame High Speed Reset (2000SPM)
2. Automobile terminal: 0.5mm-pitch terminal anti-mold system
3. Medical Blades: Surgical Instruments Stamping Zero Delay Reset
4 Electronic connector: Type-C high speed precision forming of shell