HORIBA Europe GmbH articles

HORIBA Scientific, global leader in OEM Gratings, Miniature CCD spectrometers and Scientific Camera systems and solutions, just announced a new fiber-coupled multispectra system capable of simultaneous measurement of up to 32 channels.

The PoliSpectra® M116 MultiTrack Fiber Spectrometer features a concentric optical design with UV extended spectral range (below 185 nm with optional N2 purge) and a customized fib

Read our recent article showing the comparison of TOF-SIMS and Plasma Profiling TOFMS (PP-TOFMS) depth profiles of SiGe, metal silicides,  photovoltaics complex metal/oxide stacks, and PZT, published in Journal of Vacuum Science & Technology B.

And discover the unique capabilities of PP-TOFMS as a fast depth profiling tool providing reference free semi-quantification and spontaneous detection of unexpected contaminants.

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After more than 15 years since TERS had its first proof of concept, HORIBA Scientific and AIST-NT have created  a solution that brings TERS as an analytical method to a completely new level. TERS is not only able to perform so-called point measurements, but now TERS spectra can be collected in every single pixel of a scan map. A TERS map is composed of more than tens of thousands Raman sp

Strongly linked with the automotive industry, the history of automotive testing business by HORIBA Group has developed itself along with innovative automotive technologies. Since the first emission measurement system developed in 1964 following the launch of automobile emission control, HORIBA Group has continued strengthening emission control and advancing the emission reduction technologies as well as developing the emission measurement techniques and technologies. In the 2000s when t

The MEXA-ONE, our new Motor Exhaust Gas Analyzer launched in 2012, has become our core product superseding the MEXA-7000 with a surge in the number of shipments since the beginning of 2014. The MEXA-7000 had evolved continually over the nineteen years since its introduction in 1995 to respond to the significant changes that took place in emission regulations, types of fuel and new technology in engine combustion including exhaust after-treatment systems. Responding to the needs and requ

In memory of the 50th anniversary after the foundation of HORIBA, Ltd., the "Masao Horiba Awards" was established after the founder`s name. In 2006, the theme for the 3rd Masao Horiba Awards was "X-ray analysis", and among many excellent candidates, this prize was awarded to 3 people, and a special award was awarded to 1 person. The purpose of the 2006 Masao Horiba Awards, the circumstances from acceptance of candidates to evaluation, and the outline of the award ceremony are reported.

The progress in HORIBA`s emissions measurement systems has been closely connected to trends in vehicle development. Innovations in automotive technology, stemming from emission regulations and implementation of computer control systems, have especially had great influence on analytical technologies. With the advent of emission regulations, HORIBA developed its first automotive emission analyzer, MEXA-1 and constant volume sampler (CVS), in 1964. Ever since, HORIBA has constantly enhanced its

The FluoroMax-4, alone or when equipped with optional automated polarizers, phosphorimeter, and timecorrelated single-photon counting accessory, can illuminate biochemical research into gene-expression using molecular beacons, Förster resonance energy-transfer between biomolecules, and anisotropy studies within biochemical environments.

Engine testing involves measurement of rotating speed and torque of the engine by applying load controlled by a dynamometer connected to its output shaft. HORIBA has developed various types of dynamometer for the purpose of engine testing. They are mainly classified into two types; one is absorbing only dynamometer such as hydraulic dynamometers and eddy-current dynamometers, the other is absorbing and driving machines such as AC, and DC dynamometers and oil hydraulic dynamometers. HORIBA`s D

Increased interest in research and applications of nanoparticles requires rapid qualitative and quantitative analysis of nanoparticle samples. The development of the NanoLog spectrofluorometer and associated Nanosizer software takes advantage of nanoparticles’ fluorescence in the near-IR, and allows researchers to rapidly and accurately assess the composition and properties of samples of single-wall carbon nanotubes and quantum dots.

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