Spectrophotometers Dealers in Mohali

• Country of Origin: India
• Brand Name: VSI
• Range: 185-930 nm.
• Features: Highly Stable, Accurate & True Double Beam Optics
• Grating: 1800 Lines grating (USA)
• Variable Bandwidth: 0.1 to 2 nm.
• Voltage: 220/240V AC, 50/60 Hz, 800 VA
• Software: User friendly software

VSI Electronics Private Limited is an established manufacturer, supplier and exporter of Atomic Absorption Spectrophotometer Double Beam from India. The Atomic Absorption Spectrophotometer Double Beam offered by the company are high on quality, performance and are made of the finest quality raw materials, making them durable and long lasting. Atomic Absorption Spectrophotometer (Double Beam), Ebert type monochromator with 1800 lines/mm halographic grating, 0 to 2nm SBW, 190-900nm Wavelength range. Eight hollow cathode lamp turret assembly with moduled eight independent power supplies. Built-in background corrector in the system using high intensity and high speed Deuterium lamp. Automatic calibration using up to maximum 10 standards and recalibration with a single standard. Direct concentration readout using different modes (K-Factor Liner regression and Quadratic regression). Display of the signal energy in the form of BAR signal and numeric form. ABS., %TRANS & CONC. Display facility. Absorbance range from 0 to 3.0 ABS. Titanium Burner of 100mm Air-acetylene and 50mm N2O – Acetylene Flames. Corrosion resistant nebulizer with Platinum – iridium capillary, Impact bead, Supplied with computer interface software.   SALIENT FEATURES Highly Stable and Accurate True Double Beam Optics 8 Lamp Turret Range 185-930 nm. 1800 Lines grating (USA) Variable Bandwidth 0.1 to 2 nm. User Friendly Software Automatic calibration using up to maximum 10 standards and recalibration with a single standard. Direct concentration readout using different modes (K-Factor Liner regression and Quadratic regression)   We also offer Single Beam Atomic Absorption Spectrophotometer (VSI-2100). Note: Appearance & Specifications are subject to change due to continuous development.