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Single point analysis and automated hyperspectral imaging.
Dual vacuum modes.
Spot sizes from 1.2 mm to 10 µm.
SEM and Optical Microscopes are important instruments for the research, development and Q/C of materials. Up to now, the preparation needed to get a true sample surface requires high-level technical know-how and many hours.
By using TENSEC, anyone can prepare a surface in just 10 seconds (the World’s first).
With a 1000 mm focal length, this spectrometer is ideal for applications when extremely low stray light levels are required, such as in Raman fluorescence excitation or when ultra high resolution is needed for emission structure analysis.
The 1250M is the spectrometer of choice for highest resolution spectroscopy whether your samples are gases, semiconductors, lasers or something else.
The 750M delivers the resolution of a typical 1.0 metre spectrometer and the throughput of a smaller instrument in a convenient package.
The FluoroCube includes an advanced, miniature light source and detector, for the most flexible photon-counting lifetime fluorimeter available today.
The FluoroHub is a semi-modular product that brings together the best technology from a number of major manufacturers to achieve the most dependable performance available, with full control under Windows software.
The Fluorolog®-3 spectrofluorometer is the ultimate in modular research system, designed to perform analyses over the ultraviolet and visible regions of the spectrum as well as far into the IR.
The FluoroMax is a compact spectrofluorometer from HORIBA Scientific, yet it offers the ultimate sensitivity in fluorescence investigations as well as features not found in most table-top fluorescence detection systems.
The Gemini 180 is a fully automated, double additive grating scanning monochromator. The incorporation of toroidal optics provides for optimum throughput and spectral resolution. It is ideal for applications that require low stray light and illumination including Transmission, Absorbance, Reflectance, and Fluorescence.
The use of a concave aberration corrected holographic grating simplifies the optical configuration of the H-20 monochromator in comparison to conventional monochromators.
The iHR320 provides a platform for spectroscopic measurements for years to come.