Ultraviolet Visible Laboratory Spectrophotometer

Product Introduction:

UV-1800APC UV-Vis spectrophotometer, computer on-line through the successful implementation of the stringent requirements of high precision and high reliability of the measurement, it can be used in the life sciences, agriculture, animal husbandry and fishery, geological exploration, food safety, environmental monitoring in

Applications:

● based on user requirements optional hole rack, manual four with rack, manual Eighth rack, automatic Eighth frame, glass frame, test tube rack, 1cm colorimetric frame, 5cm colorimetric frame, 10cm colorimetric racks
● wide wavelength range, which can meet various areas of the wavelength range of requirements
● Realize spectral scanning by PC software control, more precise and flexible measurement requirements 
● UV-1800APC series dual-beam optical system, successfully achieved the perfect combination of high precision and high reliability of the measurement can meet the requirements of various applications, can be used in biological research, biotechnology industry, pharmaceutical analysis, pharmaceutical, teaching and research, environmental protection , food hygiene, clinical testing, health and epidemic prevention and other areas
● can be powered down to save the measurement parameters and data, user-friendly
● Rich measurement methods, with a wavelength scan, time scan, multi-wavelength determination, multi-order derivative determination (optional), dual-wavelength, three wavelength (optional) DNA protein measurement (option) and other measuring methods, can meet different measurements requirements, and can be displayed directly on a 6-inch screen
● 1.0nm spectral bandwidth can be customized according to user requirements to install to meet the stringent requirements of pharmacopoeia
● Measurement data can be output through the printer with USB interface
● LSI design greatly improves the scalability and reliability of the system
● Automatic design, to achieve the most simple means of measurement
● Improved optimization of optical design, import source and receiver creating a system of high performance and high reliability