Heavy debut: Anhui Actus Technology shines with cutting-edge technology products at the Beijing Optoelectronic Exhibition
Release Date:2024-08-06 Source: View count89
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On July 24, 2024, the "2024 World Optoelectronics Conference and the 15th Optoelectronics Industry Expo" jointly hosted by the Chinese Society of Optical Engineering (CSOE), the International Society of Optical Engineering (SPIE) and other units was grandly opened at the Beijing National Convention Center. The exhibition focuses on eight major fields, including infrared micro light technology and applications, laser and intelligent manufacturing, optical communication&optical sensing and Internet of Things, optics&precision optical manufacturing, measurement and control technology and instruments, innovative technology and experimental achievements, micro nano manufacturing, and Beijing Semiconductor Exhibition.
Anhui Actus Technology's First Exhibition At booth C42 of the Beijing National Convention Center, Anhui Actus Technology showcased products such as nanoscale high-precision eddy current displacement sensors, nanoscale capacitive displacement sensors, and nanoscale piezoelectric displacement stages. As a supplier of precision measurement and control solutions, Anhui Actus Technology has accumulated more than ten years of research and development experience in the fields of high-precision displacement sensors and piezoelectric actuators, and has mastered the technical capabilities of ultra-high resolution and ultra-low temperature drift coefficient. The performance parameters of multiple products launched by the company have reached the international advanced level.
During the exhibition, there was a continuous stream of visitors on site, and many of them showed strong interest in the products of Anhui Actus Technology. The staff of Anhui Actus Technology patiently explained to the visitors and demonstrated the main products and application areas of Anhui Actus Technology from multiple angles using software operation on site, fully demonstrating Anhui Actus Technology's profound technology and leading achievements in the field of precision measurement.
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On July 24, 2024, the "2024 World Optoelectronics Conference and the 15th Optoelectronics Industry Expo" jointly hosted by the Chinese Society of Optical Engineering (CSOE), the International Society of Optical Engineering (SPIE) and other units was grandly opened at the Beijing National Convention Center. The exhibition focuses on eight major fields, including infrared micro light technology and applications, laser and intelligent manufacturing, optical communication&optical sensing and Internet of Things, optics&precision optical manufacturing, measurement and control technology and instruments, innovative technology and experimental achievements, micro nano manufacturing, and Beijing Semiconductor Exhibition.
Anhui Actus Technology's First Exhibition At booth C42 of the Beijing National Convention Center, Anhui Actus Technology showcased products such as nanoscale high-precision eddy current displacement sensors, nanoscale capacitive displacement sensors, and nanoscale piezoelectric displacement stages. As a supplier of precision measurement and control solutions, Anhui Actus Technology has accumulated more than ten years of research and development experience in the fields of high-precision displacement sensors and piezoelectric actuators, and has mastered the technical capabilities of ultra-high resolution and ultra-low temperature drift coefficient. The performance parameters of multiple products launched by the company have reached the international advanced level.
During the exhibition, there was a continuous stream of visitors on site, and many of them showed strong interest in the products of Anhui Actus Technology. The staff of Anhui Actus Technology patiently explained to the visitors and demonstrated the main products and application areas of Anhui Actus Technology from multiple angles using software operation on site, fully demonstrating Anhui Actus Technology's profound technology and leading achievements in the field of precision measurement.
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