ThermoFisher infrared microscopeInstrument Introduction:
Nicolet Continuum infrared microscope is the world's most advanced infrared microscope. For the first time, Infinity Corrected Optics technology was used in an infrared microscope to change the previously focused light to parallel light, eliminate aberrations caused by the lens, and make the image contour clearer. At the same time, adding filters and polarizers in the optical path will not produce aberrations.

The dual aperture system greatly reduces mechanical errors and diffraction interference, making data more accurate and spectra more reliable.

Optional DIC (Differential Interference Contrast) technology can distinguish different regions of the sample with different colors and contrasts through the interference of polarized light.

ThermoFisher infrared microscopeTechnical parameters:
1. Three tube eyepiece, which can capture images and observe with the eyes;
2. Four objective lenses, which can accommodate up to four different lenses simultaneously;
3. Support dual detectors, which can be used for both mid infrared and near-infrared;
4. The standard configuration can collect spectra using three sampling methods: transmission, reflection, and ATR;
5. Surface scanning (Mapping) with a small step length of 1 micron has extremely high visible light resolution.


Main features:
For the first time, infinite correction optical technology was used in infrared microscopes to change the previously focused light to parallel light;
2. By utilizing the 'True View' technique with binary color properties, the measured area can be observed simultaneously during the scanning process;
3. Composite dual aperture (Reflex Aperture), Greatly reduce stray light;
4. Coaxial design: visible light path and infrared light are coaxial;
5. Variable or fixed thickness compensation objective lens.