Optics East is an interdisciplinary conference emphasizing the latest sensor and communication technologies. The event is designed to provide a bridge spanning several scientific disciplines, user communities, and continents, and provides a venue for developing new enabling technologies and finding novel uses for sensors, advanced networking, and related applications. The exhibition is a premier optics exhibition on the East Coast that hosts top research companies behind many of the current breakthroughs in sensing and advanced  telecommunications.

iOptron introduced its state-of-the-art functional imaging products, which include 3D optical profiling system, Stokes polarization imaging system and hyperspectral imaging system, and computerized telescope products and electro-optic components for sensing and instrumentation applications. iOptron staff conducted live demonstrations on its imaging products. The broad operating wavelength range, ultra-high speed and excellent performance of iOptron’s products draw hundreds of visitors to the booth generated great interests among them.

About iOptron

iOptron is a global company specialized in the development, manufacturing and marketing of innovative computerized telescopes and cutting-edge imaging products for multiple applications.

The SmartStar^TM telescope mounts and telescope systems are the flagship offerings from iOptron. With iOptron’s SmartStar^TM, sky-gazing is no longer an activity reserved for serious astronomy hobbyist only.  SmartStar^TM GO TO and GPS Telescopes are user-friendly, accurate, portable and fun to operate. 

The 3D Optical Profiler Systems, Hyperspectral Imaging Systems and Stoke Polarization Imaging Systems are the technology solutions in a number of industrial and biomedical applications such as quantitative surface topography measurement, surface quality inspection; cancer detection, tissue inspection; gas/oil pipeline leakage detection, precision thermography, environmental monitoring, agricultural monitoring, medical screening and remote sensing.