Halbleiterindustrie
Featured Products
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Programmable high performance mass flow controller
Visualize your sample and measure thin film thickness and optical constants in seconds.
"With Auto SE, routine work will never be the same!"
NEW NIR Extended Spectral Range !
High spectral resolution analytical Raman microscope for ultimate performance and flexibility. Options for inverted, free space and dual microscopes.
The HORIBA Jobin Yvon GD-Profiler HR™ gives the optimum in terms of resolution and number of elements to solve analytical problems even in the most complex matrices.
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The iHR320 provides a platform for spectroscopic measurements for years to come.
The iHR550 spectrometer offers a unique combination of spectral quality, flexibility, robustness, and ease of use that makes it the ideal general-purpose spectrometer for performing spectral measurements with quality results.
The TRIAX 190 is the most compact imaging spectrometer available offering both interchangeable triple grating turret and automated dual exit port selection.
Sygnature™ is a compact linear detection system offering outstanding sensitivity and acquisition speed. It is ideally suited for UV-VIS-NIR absorption, colorimetric, emission, and many fluorescence measurements.
The HORIBA Jobin Yvon family of NIR array detectors, the Symphony Series, feature spectroscopic grade InGaAs detectors in a linear array of 512 or 1024 pixels.
The ULTIMA 2C Series of Combination ICP spectrometers offers the ultimate in performance from the ULTIMA 2 combined with the highest level of sample throughput.
The IR-150 is designed for real time inline concentration measurement using a Non-dispersive infrared (NDIR) method
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 HORIBA EMGA-620W Series determine the oxygen and nitrogen contained in ferrous and non-ferrous metals, ceramics, new materials, electronic materials and other inorganic materials using the inert gas fusion method.
