<?php
/*141-169*/
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FTIR SPECTROMETER INFRALUM FT-08

Our new FT mid-IR spectrometer InfraLUM FT-08 has been designed basing on our extensive R&D and expertise in the IR spectroscopy (infrared spectroscopy). This multipurpose and easy-to-operate instrument provides a well suited option for various analytical laboratories. The high-quality misalignment-proof optics, high-sensitivity DLATGS detector, and a wide variety of accessories ensure the users’ absolute confidence in the high accuracy of the measurement data and make it an ideal tool for routine measurements at low inventory investment and running costs.

Request Quotation Product Detail

Our new FT mid-IR spectrometer InfraLUM FT-08 has been designed basing on our extensive R&D and expertise in the IR spectroscopy (infrared spectroscopy). This multipurpose and easy-to-operate instrument provides a well suited option for various analytical laboratories. The high-quality misalignment-proof optics, high-sensitivity DLATGS detector, and a wide variety of accessories ensure the users’ absolute confidence in the high accuracy of the measurement data and make it an ideal tool for routine measurements at low inventory investment and running costs.

Measurement procedure
The instrument is operated by SpectraLUM software run under Windows environment, which provides simple control and allows even unskilled personnel to easily master the instrument operation.

All major functions, such as peak identification, derivative quantification, quantitative calibrations creation, etc., can easily be performed with SpectraLUM software. Library search module allows to plug spectra libraries and to create own user’s libraries.

TECHNICAL SPECIFICATIONS

Spectral range 8000-350 cm-1 (KBr optics)

8000-500 cm-1 (ZnSe optics)
Wavenumber repeatability 0.01 cm-1
Variable resolution 64, 32, 16, 8, 4, 2, 1, 0.5 cm-1
RMS signal-to-noise ratio > 60000 (4 cm-1, 1 min)
Stability of the 100% line, % 0.2
Scanning speed 0.8 s/scan at 16 cm-1 resolution
Detector High resolution DLATGS
Beamsplitter Ge-coated KBr (or ZnSe) in a hermetically sealed dessicated housing
Wavenumber accuracy ±0.05 cm-1
Interfereometer Vibration- and misalignment-proof patented
Double Cat’s Eye Interferometer
Radiation source High-intensity long-life stabilized ceramic IR radiation source
Power consumption 65 W
Weight 32 kg
Size 580x550x340 mm