Pioneers in the industry, we offer automic absorption spectrometer. from India.
₹ 7 Lakh /Piece Get Latest Price
Wavelength Range | 190-900 nm |
Optical System | Single Beam |
Spectral Bandwidth | Variable |
Mobility | Benchtop |
Brand | Lasany |
Wavelength Accuracy | +-0.3 nm |
Wavelength Repeatability | +-0.1 nm |
Photometric Range | 0-125%, -0.1-3.00A |
Country of Origin | Made in India |
Advance technology for intelligent stray light measure and correctionOriginal Optical Noise Reduction & Automatic measurement and stray light dynamic detected without anyreference materials and incremental cost. It improves instrument’s optical performance, opticalprecision, linear range and background correction effectivelyDevelop internal lamp control technology. It makes normal hallow cathode lamps self-absorptionbackground correction possible without and inuence to instrument's stability. Meanwhile it will prolongworking life of the lamps. Normal hallow cathode lamps are highly economical than special lampsOriginal''Hg lamp-regent'' gradient measurement. we established an exact mathematical modelto estimate “single beam linear and balance"specication. This technology provided a fast andeconomic method for instrument self testing system. It also established a brand new method to improveinstrument's detection Performance.Numerous technological innovation and renewal such as design asthetics, element lamp multdimensionalautomatic adjustment system, gas path electronics functional and modular design,No-adjustment D-lamp holder and so on.OPTIONS:Graphite FurnaceAuto-Sampler for Graphite FurnaceHydride GeneratorWide range of Hollow-Cathode Lamps(Single/Multi Element )available on requestAtomic Absorption SpectrophotometerModel-LI-5310Atomic Absorption SpectrophotometerLasany Model-LI-5310ISO 9001:2015Certied CompanyISO 9001:2015Certied Company
Rahul Mhaske (Business Development Manager)
Kapasi Trading Corporation
Address - 902, 9th Floor, Levata Tower, 64 Nagdevi Street, Masjid Bunder, Kalbadevi, Mumbai - 400003, Maharashtra, India