Acceleration and deceleration forces are improved by approximately 250% compared to conventional hydraulic presses! This servo hydraulic press significantly reduces maintenance.
The new servo hydraulic press from AP&T is faster than conventional hydraulic presses, has twice the energy efficiency, and significantly reduces maintenance. It creates entirely new conditions that enhance productivity in both cold and hot forming, leading the world in innovation. 【Features】 ◆ Acceleration and deceleration forces improved by approximately 250% compared to conventional hydraulic presses (based on our comparison) ◆ Faster and twice the energy efficiency compared to conventional hydraulic presses (based on our comparison) ◆ Managed by process and data through an internet-based solution (IoT) *For more details, please download the catalog or feel free to contact us.
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This technology connects the constant high pressing force generated by energy-efficient hydraulic presses with the excellent speed control capabilities provided by servo-mechanical presses. The pressing process can be controlled with very high precision and high parallelism between the press bolster and slide. The pressing force remains consistently high throughout the entire press cycle, allowing for precise distribution even on small surfaces. The cushion can be pre-accelerated when forming sensitive materials. Due to the high parallelism, wear on the molds is also significantly reduced. In terms of performance, this new type of press is highly efficient. The acceleration and deceleration forces are improved by approximately 250% compared to conventional hydraulic presses, significantly enhancing production capacity. Process and machine data are managed by future-oriented internet-based solutions (IoT).
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For more details, please download the catalog or feel free to contact us.
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AP&T is investing in key resources to develop technologies that help meet future customer needs regarding safety and environmental impact at a competitive total cost of ownership. For example, AP&T's production solutions for hot stamping create entirely new conditions for automotive manufacturers in terms of improved impact resistance and vehicle lightweighting, achieving better fuel efficiency and reduced CO2 emissions. Our method of manufacturing cost-effective fuel cell plates promotes the establishment of environmentally friendly new technologies. In particular, AP&T will focus strongly and clearly on solutions that handle lightweight materials such as aluminum and carbon fiber in the future.