Infos

It is precisely to meet this need that we offer our method development and optimization service. The goal: to support you in establishing a reliable, high-performance method tailored to your samples, constraints, and analytical objectives. 

The MiniFlow is a low-volume circulation system that offers all the advantages of a standard system while drastically reducing the amount of dispersant and sample required. Contrary to popular belief, working with small volumes does not mean compromising on the quality of results.

So, should you opt for in-lab training or on-site training? To choose the most suitable format, it is important to consider the training objectives, the users’ skill level, and the laboratory’s operational constraints. In this article, we help you understand the differences between these two approaches so you can identify the most relevant solution for you and your teams.

Poor anticipation of consumable stocks can lead to shortages that can shut down an instrument that is otherwise fully operational. These interruptions have a direct impact on your analysis times, the reliability of your results, your production, and ultimately the satisfaction of your customers or partners. 

With the new LabSpec 6.8.2 version, we wanted to do more than just an update: we have redesigned part of the workflow around ParticleFinder, now in version 4.0. The goal is to help you analyze faster, better, and with more automation, without sacrificing scientific rigor.

Simple and quick to use, ABS-ACC transforms your HORIBA fluorometer into a two-in-one instrument, eliminating the need for a separate, often more expensive UV-Vis spectrophotometer. It is particularly useful for monitoring sample concentration and determining whether absorbance is too high, thus ensuring linear and representative fluorescence.

However, until recently, a major challenge remained: how to accurately convert the sputtering time into an actual depth measurement, given that the erosion rate varies depending on the layers traversed? This is where the DIP (Differential Interferometric Profiling) accessory, developed and patented (WO15166189A1 & WO18119410A1) by HORIBA's Innovation team, comes in. It is integrated into the latest generation of GD devices

The reliability of the information is also a factor because, once you have completed HORIBA training, you will not need to check the data, cross-reference the information, or verify the sources. Our experts have a profound understanding of their subject matter and know what they are talking about.

By training on the NEO software, you will discover much more than just a tool for managing your analyses: you will learn how to fully exploit the potential of your HORIBA Ultima spectrometer. Training on the NEO software will simplify the daily use of your instrument. Whether you are a beginner or an experienced user, you will benefit from a clear interface.

We recommend investing in our DeltaPsi2 software for your thin film data analysis, as it offers versatility for everything from fundamental research to industrial testing. It provides reliable, high-precision analysis of complex structures and enables efficiency in research by saving valuable time and providing usable results.

By choosing HORIBA training, you benefit from the unique expertise of your instrument's manufacturer. Our application engineers draw not only on their technical expertise, but also on field experience and feedback from users around the world.

High-purity ceramic crucibles emit very little residual gas during heating. This is crucial to prevent interference and guarantee accurate measurements, especially when analyzing gases such as carbon or sulfur.

Measuring instruments are high-precision tools that require regular maintenance to ensure optimum performance and a long service life. Your HORIBA instrument, which is a fundamental part of your laboratory and indispensable to your research and analysis, needs to be carefully maintained.

At HORIBA France, service engineers play an essential role for our customers, not only by maintaining equipment, but also by providing unrivalled know-how and in-depth understanding of the instruments and environments in which they operate.

We know how important it is for you to work with an instrument that is in perfect condition, ensuring optimal analysis and research results with minimum disruption to your business. That's why we strongly recommend...

We understand how crucial it is for your instrument to operate flawlessly, delivering accurate results while minimizing downtime and disruptions to your work. That’s why we highly recommend...

We know how important it is for you to work with an instrument that is in perfect condition, ensuring optimal analysis and research results with minimum disruption to your business. That's why we strongly recommend...

Microplastics are tiny fragments of synthetic polymers, measuring between 1 µm and 5 mm, which result from the degradation of plastic waste or are intentionally manufactured for certain industrial applications (e.g. cosmetics, textiles). To understand their impact and develop mitigation strategies, it is crucial to...

Graphite is a material renowned for its exceptional thermal conductivity. This characteristic enables rapid, even temperature rise, reducing melting time and ensuring uniform heat distribution. This thermal homogeneity is essential for...

Raman spectroscopy is an essential technique for the chemical and physical analysis of materials. However, when it comes to nanostructures, Raman’s diffraction-limited spatial resolution makes it difficult to unveil their unique molecular - or even atomic - scale properties.