In addition to simultaneously and continuously measuring CO, CO₂ , T/HC, CH₄ , NOX and O₂ concentrations in engine emissions, these analyzers offer outstanding flexibility, making them adaptable to a wide range of needs.

These systems are used for a wide variety of tests on engines and canintegrate a large range ofinstrumentation for exhaust gas emissions andperformance assessments. Within the typical small space of an engine testcell, these systems can simulate the worst operating conditions that anengine might experience in any application.

Designed for engine performance testing and on-chassis testing, these systems offer a broad range of features, including automated operation, data collection and computation.

These analyzers are designed to measure the level of CO, HC and other gases found in automobile engine exhaust for engine tuning and inspection purposes, and are used widely in garages and service stations.

Precisely simulates road conditions by controlling inertia and road load while a vehicle is driven on 48-inch diameter (1219 mm) rolls.

In addition to continuously measuring the CO, CO₂, HC, NOX and A/F produced by a moving vehicle, the OBS-1000 system can also calculate the weight of exhaust gas generated per unit of distance and the fuel consumption rate. It also includes position data and a comprehensive overview of the driving environment in real time.

These analyzers can measure in real time super-low particulate matter (PM) included in emission gases from diesel engines and analyze PM production trends during engine operation under strenuous conditions. They contribute to a wide range of applications from optimized engines to maintenance systems for every kind of PM.

Designed for fuel cell development applications, these systems feature optimal gas feeder, humidification and pressurization requirements in a single unit and can test the performance of fuel cells ranging from single cells to short-stack sells. With its data analysis capability, these systems are helping to make the development of fuel cells more efficient.

HORIBA's pH meters feature a glass electrode, enabling high-precision measurement of pH, linked to a second electrode, which facilitates measurement of conductivity and dissolved O₂.

U-20XD/W-20XD Series
Water is as precious as life itself. That's why current threats to water supplies make water quality analysis vital to our very existence. HORIBA has created the Multifunction Water Quality Monitoring System. Years of HORIBA sensor technology development have reached their culmination in the form of a 47-mm diameter sensor probe: a compact monitoring solution offering high pressure tolerance, long-term continuous measurement capability and highly accurate, simultaneous analysis of 13 parameters. In addition to the Water Quality Monitoring System's own capabilities, it was designed by HORIBA to be compatible with GPS and other data processing techniques.

This minimal-maintenance, low-cost devices continuously measure total nitrogen and total phosphorus in drain water and environmental water.

This monitoring series are a device for the continuous monitoring of atmospheric SO₂, CO, O₃, NOx, HC and dust using UV fluorescence. The APSA-360 employs an proprietary, internal dry-method sampling device to achieve the highest levels of sensitivity and accuracy.

HORIBA's advanced technology makes it possible to use a single analyzer unit to measure up to five critical components with high sensitivity and high accuracy - NOX, SO₂, CO, CO₂, and O₂ in boilers and combustion furnaces in thermal power plants. ENDA-625 (CO/O₂) is very useful in preventing dioxin generation and is, therefore, used as a suitable combustion control in waste combustion plants.

These newly developed X-ray microscopes make it possible to analyze the elemental distribution and transmission of X-ray images under atmospheric pressure. They were made possible with the invention of an X-ray guide tube with a beam having a diameter less than 10μm. These are optimal X-ray analytical microscopes for WEEE/RoHS/ELV Directives. Eco-friendly versions that do not use liquid nitrogen are also available.

These optical emission spectrometers combine HORIBA JOBIN YVON optical technologies and HORIBA experience in manufacturing quality instruments, and facilitate the analysis of trace elements in materials. In addition to applications in basic research, these spectrometers can be used in elemental analysis in a wide range of fields, from steel, aluminum and other metal materials to tap water and food products.

These instruments are capable of analyzing particles with a wide range of diameters (0.01μm to 3,000μm), and realize operating speeds four times faster than those of existing analyzers. They offer a higher level of guaranteed precision, a world-first for this class of instrument.

Monochromators are instruments for resolving lights and recording as spectrum. HORIBA JOBIN YVON's monochromators and CCD detectors are used in a broad range of areas including plasma emission spectroscopy, fluorescence spectra measurements, and image spectroscopy, as well as quality control and production management, responding to various user needs. Gratings are main parts of monochromators and HORIBA JOBIN YVON is the only manufacturer capable of manufacturing gratings ranging from extreme ultraviolet to far-infrared.

Raman spectroscopy has been drawing much attention with being found a highly sensitive method in recent years, particularly in high-technology research areas such as nanotechnology analysis, of identifying the chemical composition of substances and analyzing molecular structures.

Used in clinical diagnostics, these analyzers are capable of high-precision, automatic measurement of red and white blood cell counts (4.5 million and between 5,000 and 7,000, respectively, per cubic millimeter), platelets counts and hemoglobin concentration

This is the first analyzer in the world to allow simultaneous measurement of blood cell counts and C-reactive protein (CRP), which the body produces in case of inflammation, thus facilitating swifter and more accurate diagnosis.

Blood glucose analyzers are indispensable for the diagnosis and measurement of diabetes, the prevalence of which is rising rapidly. In Japan, the HORIBA Group's blood glucose meter is the smallest model currently available to physicians, who demand a high level of precision. The unit has earned praise for its ability to provide quick and accurate results, and is used widely in hospital rooms, consultation rooms, ICUs and other locations.

Clinical chemistry systems measure chemicals in blood and urine. These instruments are important because they can be used in checking the patient's health condition and the condition of almost all internal organs.

Used to precisely regulate the supply of gas and liquid in semiconductor processes, these devices block the impact of pressure and temperature changes on the line, permitting stable control of flow. The HORIBA Group is the first to commercialize high-performance, multifunctional digital mass flow controllers with built-in CPUs.

Recent semiconductor processes have reached the nano level, and a topic of much concern is whether or not the prescribed chemical/physical response conditions can be reproduced consistently. In particular, attention has been focused on the measurement and analysis of residual gas in the reaction vessels of the various vacuum devices used in dry processes. HORIBA STEC offers a residual gas analyzer (RGA) with the world's smallest quadropole mass spectrometer.

These compact units are used in semiconductor manufacturing to monitor liquid chemicals used in cleaning, eliminating waste of SC-1, SC-2, SPM, FRM, fluorine and other liquid chemicals and optimizing the cleaning process.

FTIR Gas Analyzers enable the detection and measurement of a wide variety of substances, such as PFCs, greenhouse gases and semiconductor/FPD process gases, which must be reduced due to their contribution to global warming.

This fully automated measuring system was developed for ultra-thin film used in the manufacture of semiconductor devices. It is used in the spectroscopic ellipsometers made by HORIBA JOBIN YVON. These advanced devices facilitate measurements of ultra-thin SiO₂ layers or multilayers used in the most advanced CPUs and flash memories.

This system facilitates automated film thickness analysis in flat panel display production processes using spectroscopic ellipsometers made by HORIBA JOBIN YVON.

The reticle/mask particle detection systems combine optical technology and an innovative detection system. On reticles and masks, it can detect 0.35 μm particles and minimize detection errors with the ability to resolve 1.5 μm line width and 1.5 μm line spacing. The system is very useful for controlling particles in a lithography semiconductor device manufacturing process.