| Double Beam UV-2601 Spectrophotometer |
Features Wide wavelength range, satisfying requirements of various fields. Five options for spectral bandwidth selection, 5nm, 4nm, 2nm, 1nm and 0.5nm, made according to customer's need and satisfying the requirements of pharmacopoeia. Fully automated design, realizing the simplest measurement. Optimized optics and large scale intergrated circuits design, light source and receiver from world famous manufacturer all add up to high performance and reliability. Rich measurement methods, wavelength scan, time scan, multi-wavelength determination, multi-order derivative determination, double-wavelength method and triple-wavelength method etc., meet different measurement requirements. Automatic 10mm 8-cell holder, changeable to automatic 5mm-50mm 4-position cell holder for more choices. Data output can be obtained via a printer port and a RS-232 interface (RS-485 and USB port optional) Parameters and data can be saved for user's convenience. PC controlled measurement can be achieved for more accurate and flexible requirement.
Wide wavelength range, satisfying requirements of various fields. Five options for spectral bandwidth selection, 5nm, 4nm, 2nm, 1nm and 0.5nm, made according to customer's need and satisfying the requirements of pharmacopoeia. Fully automated design, realizing the simplest measurement. Optimized optics and large scale intergrated circuits design, light source and receiver from world famous manufacturer all add up to high performance and reliability. Rich measurement methods, wavelength scan, time scan, multi-wavelength determination, multi-order derivative determination, double-wavelength method and triple-wavelength method etc., meet different measurement requirements. Automatic 10mm 8-cell holder, changeable to automatic 5mm-50mm 4-position cell holder for more choices. Data output can be obtained via a printer port and a RS-232 interface (RS-485 and USB port optional) Parameters and data can be saved for user's convenience. PC controlled measurement can be achieved for more accurate and flexible requirement. | ||||||||||||||||||||||||||||||||||||||||||


