
Established in 2005, as Chinese national level high-tech enterprise, Aoptek located in Beijing Fengtai Science Park. As Chinese leadership of glass measurement instrument, AOPTEK is proficient in photoelectric measuring technology, as well as relevant product manufacture, sales and technical support. Our business covers energy-saving architectural glass, solar energy PV glass & photo-thermal industry, film optics and functional film, LED photo electricity performance and traditional optics measurement. Aoptek’s products and technology would serve for production line, laboratory and project site, which can measure spectral transmittance, reflectance, haze, sheet resistivity, color difference, gas fill and other glass performance index. Aoptek has set up Photoelectric Technology R&D Center, Lab of Optical Measurement & Image Quality Test, Ultra-weak Light Lab, Ultra-clean Assemble & Debug Room, Lab of Testing Military Products, Test Platform of Geodetic Coordinates Datum Point, Reference Direction, Orientation and Goniometry, and Test Platform of Wireless Communication. Through sustainable development of scientific research and growing input of R&D, AOPTEK has a large number of core technologies which have independent intellectual property and strong ability of technology innovation, and is in charge of Torch Project. Many projects are supported by the scientific special fund from Ministry of Science & Technology and Beijing Municipality. At the same time, many products are compiled in Beijing Independent Innovation Products Catalogue. With the accumulation of products and technology over 20 years, we develop Filmeasure and GlasSpec series glass measuring products in lab, which have excellent performance, Filmonitor series for online measuring color, transmitted & reflected spectrum, spectral haze, sheet resistivity, etc, and Filmate and GlassMeter series portable products for measuring on-site to meet the demand in all industry. As an optical measurement expert, we offer the top design assistance and support.
【more】