Fiber laser technology is characterized by an unbeatable advantage: In addition to steel, stainless steel and aluminum, it also enables the largely problem-free processing of demanding materials such as copper, brass and titanium. In 2011
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The Solution Center in Haan was opened in 2009. The overall concept of the buildings is part of the objective to support our customers consistently and in the best possible way in being innovative, competitive
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Flexibility, handling, economy and reliability were the decisive requirements which the F1 series from AMADA reliably met in 2007.With significantly improved performance parameters and various technological innovations, these laser cutting machines convinced both economically and
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AMADA’s EML Z sheet metal processing center not only offered punching and laser technology in one machine ?: The combination of semi-flying optics with the patented servo electric punch drive and a punching force of
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In 2002, AMADA combined its FO laser cutting system with the ASLUL 300 FO automation solution for automatically load and unload sheet metal parts for the first time.At that time, automation became more and more
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AMADA set new standards with the EM series, which featured a patented servo-electric punch drive that combined the positive characteristics of a mechanical punch press with the flexibility and speed of a high-speed hydraulic punch
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The ASTRO-100 bending robot was specially developed by AMADA to bend complex workpieces quickly and with the greatest precision. The robot⚙ is mounted on the lower press beam of the press brake and can be
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CAM software solution for programming punching, laser and combination machines. NEW: The CAM software is Windows based, unlike other CAM solutions to date that were DOS based. From now on, individual parts could be covered
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Parallel loading and unloading increases efficiency. The beginning of the automation of sheet metal processing machines, which is indispensable today. As early as 1994, AMADA offered the possibility of automating the loading and unloading of
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The first generation of the ALPHA laser cutting machine worked with short beam paths thanks to the semi-flying optics and the integrated laser resonator. Maximum cost-effectiveness was made possible by high travel, positioning and piercing
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