The M2000 model is the version designed for those who use this type of instrument mostly in laboratories.
Its modular construction allows for the simultaneous installation of two Detectors, as well as the possibility of interfacing the system with different accessories (Microscopes, external detectors , etc.) via an external optics output.
The sample compartment is broad and flexible and allows for the insertion of different sample supports, so that you can scan any type of substance, whether solid / semi-solid, liquid or gaseous.
The main technical features of the CE 1000 series are:
INTERSPECT 200-X
APPLICATION AREAS
ENVIRONMENTAL, FOOD, PHARMACEUTICAL, INDUSTRY, GAS MONITORING, LIFE SCIENCE, PETROCHEMICAL, PLASTICS
The Interspec 200-X series of FTIR spectrometers based on Fourier Transform technique employs a number of unique features that ensure high performance from a compact instrument. The Interspec 200-X measures only 59 x 39 x 19 cm and is considered one of the most compact and versatile infrared FTIR spectrophotometers. The design of the 200-X is unique in terms of both optics and software and firmware specifically designed to significantly reduce analytical time. Michelson's interferometer geometry utilises a new self-compensating optical system. The design of the Interspec 200-X avoids the use of conventional corner cube optics and dynamic alignment. In practice, this means that the instrument can be used in any environment
Sample compartment
The sample compartment is very large and allows all types of samples compatible with FTIR spectroscopy to be analysed. This compartment can accommodate the full range of accessories supplied by specialised accessory manufacturers.
The Interspec 300-X series is a series of portable FTIR spectrometers for infrared and near-infrared Fourier transform, utilising a number of unique features to ensure high performance and extreme compactness. The Interspec 300-X measures only 49 X 39 X 20 cm and is considered one of the most compact and versatile infrared FTIR spectrophotometers.
The Michelson interferometer geometry utilises a new compact self-compensating optical system that eliminates many of the optical alignment problems found in conventional optical interferometers
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