As a "mass production expert" in the metal processing field, metal stamping technology is breaking traditional production bottlenecks through mold upgrading and equipment innovation. With high-speed stamping capacity of 300 times per minute, it provides core power for large-scale part manufacturing in automotive, home appliance and other industries, driving a qualitative leap in mass production efficiency.

In terms of production and manufacturing, the core advantages of metal stamping lie in the dual breakthroughs of "high-speed forming" and "material utilization". After replacing traditional mechanical presses with servo presses, stamping speed is increased to 200-300 times/minute, and the slider stroke can be dynamically adjusted. When processing automobile door reinforcement plates, multiple processes such as blanking, drawing and punching can be completed in a single stamping, improving production efficiency by 3 times compared with traditional processes. The application of precision progressive dies further releases potential, with mold positioning accuracy reaching ±0.005mm. In mobile phone battery case stamping, 12 forming processes can be completed continuously, increasing material utilization from 60% to 85% and significantly reducing production costs. For hard-to-process materials such as high-strength steel plates, hot stamping technology heats the material to 900℃ before stamping, reducing part forming force by 40% and controlling springback within 0.5mm, solving the problem of easy cracking in cold stamping.

The expansion of application scenarios shows its industrial value. In the automotive industry, about 30% of vehicle metal parts rely on stamping, including chassis crossbeams and seat frames. Ultra-high strength steel door anti-collision beams manufactured by hot stamping technology have a tensile strength of 1500MPa, which can reduce passenger compartment deformation during collisions. In the home appliance field, fins of refrigerator condensers are processed by micro-stamping technology, with fin spacing controlled within 1mm, increasing heat exchange efficiency by 20%. Even in the new energy battery field, stamped battery casings can achieve 0.3mm thin-wall uniformity, meeting both lightweight and sealing requirements.

Technological development focuses on intelligence and greenization. Intelligent stamping production lines are equipped with visual inspection systems, which can real-time identify part dimensional deviations and surface defects with detection accuracy of 0.01mm, reducing defective rate to 0.5‰. The energy recovery system of servo presses can convert braking energy into electrical energy, reducing energy consumption by 30% compared with traditional equipment. In the future, with the optimization of stamping parameters by AI algorithms and the maturity of carbon fiber composite stamping technology, metal stamping will achieve coordinated development of "high speed, precision and low consumption", continuing to lead the mass manufacturing track.

Precision CNC Machining Technology Advances, Fortifying the Foundation of High-end Manufacturing

Laser Cutting Technology Iteration Unlocks New Smart Manufacturing Scenarios

Precision CNC Machining Technology Advances, Fortifying the Foundation of High-end Manufacturing

Laser Cutting Technology Iteration Unlocks New Smart Manufacturing Scenarios

Precision CNC Machining Technology Advances, Fortifying the Foundation of High-end Manufacturing

Laser Cutting Technology Iteration Unlocks New Smart Manufacturing Scenarios

Let’s Build Something Great, Together

Get a Quote