High-output Fiber Laser Oscillator "ENSIS-26000" Receives the 18th (2026) "Laser Society of Japan Industrial Award Encouragement Prize"
AMADA Co., Ltd.'s high-output fiber laser oscillator "ENSIS-26000" received the Encouragement Prize at the 18th Laser Society of Japan Industrial Award. It was recognized for achieving both ultra-high output and high beam quality with its unique technology, realizing faster and higher quality processing of medium-thick plates.
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- 📰 Published: April 24, 2026 at 20:42
- 🔍 Collected: April 24, 2026 at 12:01
- 🤖 AI Analyzed: April 24, 2026 at 15:42 (3h 40m after Collected)
Scene from the award ceremony
Fiber laser machine REGIUS-3015AJe (26kW) equipped with ENSIS-26000
AMADA Co., Ltd. (Isehara City, Kanagawa Prefecture, Representative Director and President: Takaaki Yamanashi) announced that its high-output fiber laser oscillator "ENSIS-26000" received the "Encouragement Prize" at the 18th (2026) "Laser Society of Japan Industrial Award" hosted by the Laser Society of Japan. The award ceremony was held on April 23, 2026, at Pacifico Yokohama.
The Laser Society of Japan Industrial Award is presented to excellent products and technologies that contribute to the development of Japan's laser-related industry through their development, practical application, and dissemination. Among these, the "Encouragement Prize" is selected with an emphasis on market pioneering and future potential.
"ENSIS-26000" is a fiber laser oscillator that achieves ultra-high output of up to 26kW while maintaining beam quality. It achieves ultra-high output by spatially combining the high-brightness light from newly developed single laser modules, each with a maximum of 15kW, using a proprietary "High Brightness Maintenance Combination" technology. Furthermore, "ENSIS Technology," which allows free control of the beam shape, is installed in each laser module, enabling the generation of diverse beam profiles by independently controlling them.
By combining these technologies, conventional challenges such as decreased beam quality accompanying increased output are resolved, achieving both high speed and high quality in medium-thick plate processing. In this selection, the expansion of processing areas and improvement in productivity through these unique technologies were highly evaluated. As a highly prospective technology that meets market needs, its future widespread adoption and further development are anticipated.
For your reference
Product information for the REGIUS-AJe series (26kW) fiber laser machine equipped with ENSIS-26000 can be found on the following website.
https://www.sheetmetal.amada.co.jp/lineup/laser/regius-aje_hp/regius-aje_hp.html
*The information provided is subject to change without notice.
Fiber laser machine REGIUS-3015AJe (26kW) equipped with ENSIS-26000
AMADA Co., Ltd. (Isehara City, Kanagawa Prefecture, Representative Director and President: Takaaki Yamanashi) announced that its high-output fiber laser oscillator "ENSIS-26000" received the "Encouragement Prize" at the 18th (2026) "Laser Society of Japan Industrial Award" hosted by the Laser Society of Japan. The award ceremony was held on April 23, 2026, at Pacifico Yokohama.
The Laser Society of Japan Industrial Award is presented to excellent products and technologies that contribute to the development of Japan's laser-related industry through their development, practical application, and dissemination. Among these, the "Encouragement Prize" is selected with an emphasis on market pioneering and future potential.
"ENSIS-26000" is a fiber laser oscillator that achieves ultra-high output of up to 26kW while maintaining beam quality. It achieves ultra-high output by spatially combining the high-brightness light from newly developed single laser modules, each with a maximum of 15kW, using a proprietary "High Brightness Maintenance Combination" technology. Furthermore, "ENSIS Technology," which allows free control of the beam shape, is installed in each laser module, enabling the generation of diverse beam profiles by independently controlling them.
By combining these technologies, conventional challenges such as decreased beam quality accompanying increased output are resolved, achieving both high speed and high quality in medium-thick plate processing. In this selection, the expansion of processing areas and improvement in productivity through these unique technologies were highly evaluated. As a highly prospective technology that meets market needs, its future widespread adoption and further development are anticipated.
For your reference
Product information for the REGIUS-AJe series (26kW) fiber laser machine equipped with ENSIS-26000 can be found on the following website.
https://www.sheetmetal.amada.co.jp/lineup/laser/regius-aje_hp/regius-aje_hp.html
*The information provided is subject to change without notice.