$15,000 Off When You Trade Up Your Old Spectrometer with ISOPLANE 81

From FERGIE to ISOPLANE 81

Taking advantage of IsoPlane technology, the spectrograph previously known as the FERGIE has received significant upgrades to create what is now the IsoPlane 81. This ensures the highest resolution of spectra with its aberration-free design, superior signal-to-noise, as well as in-built kinetics for fast spectral imaging.

IsoPlane 81 Key Benefits

» High precision spectrometer and camera within one integrated system.

» Raman, fluorescence and absorption spectroscopy capabilities for the ultimate multi-modal solution

» Simple, compact design without compromising technology

» LightField Software Included

“One of the ways we use FERGIE (ISOPLANE 81) is together with a custom-made confocal microscope to collect single-particle fluorescence and scattering data that is then correlated with electron microscopy data.”

– Dr. Denis Boudreau, Université Laval Center for Optics Photonics and Lasers (COPL), Québec, Canada

Product Features

Aberration-Free Optical Design

IsoPlane 81 spectral profiles are completely coma and aberration-free, eliminating broadened asymmetric peak profiles over any wavelength at any grating angle.

This significantly improves the signal to noise ratio and peak resolution.

Pre-Calibrated Accessories

IsoPlane 81’s pre-aligned optical modular spectroscopy cubes, fibre optics and laser sources enable rapid experiment design already pre-calibrated.

This allows for ultimate experimental flexibility, with accurate, repeatable, and easy spectral data acquisition.

Integrated Thermoelectrically Cooled, Back-Illuminated CCD

The IsoPlane 81 is equipped with a deep-cooled CCD detector, providing extremely high sensitivity with peak 95% QE.

Thermoelectric cooling to -45℃ allows for long integration times ideal for faint signal detection.

In-Built Kinetics Spectroscopy Mode and Frame Transfer CCD

The customizable kinetics spectroscopy modes of the IsoPlane 81 allow for microsecond time resolution.

Full frame image capture at 34 fps is achieved due to the high-speed frame transfer CCD detector, with spectral rates over 1 kHz (10 row binning)