SCIENTIFIC PRODUCT NAVI

partica (Laser Diffraction & Dynamic Image Analysis Particle Size & Shape Analyzer)

Features a new image analysis function as standard, built upon the optical platform of existing models. Utilizes double cameras (high/low magnification) for wide-range, high-speed acquisition of particle shape information. Enables simultaneous analysis of particle size and shape for various sample states, including high-concentration samples and dry powders, in addition to flow methods.

Measurement Principles: Laser Diffraction/Scattering, Dynamic Image Analysis

Measurement Range: Laser Diffraction/Scattering: 10nm - 5mm

Resolution: Dynamic Image Analysis: Minimum 0.24 µm per pixel

ViewSizer 3000 (Centrifugal Nanoparticle Analyzer)

Provides reliable data across the entire particle size distribution range using centrifugal sedimentation. Measures particle size regardless of sample concentration (from stock solutions to dilute samples). Capable of evaluating the presence of foreign matter/agglomeration and the dispersion state of fibrous materials like CNTs.

Measurement Principle: Centrifugal sedimentation using cuvette cells. Supports line start and uniform sedimentation methods.

Measurement Range: 10 nm - 40 µm

Maximum Centrifugal Force: 30,000 G

nanoPartica SZ-100V2 (Nanoparticle Analyzer)

Easily and clearly analyzes nanoparticle size distribution and dispersibility. A 3-in-1 instrument for high-sensitivity, high-precision analysis of particle size distribution, zeta potential, and molecular weight. Customizable options include automated transfer of measurement cells via robot arms.

Measurement Principles: Particle Size: Photon Correlation Method; Zeta Potential: Electrophoretic Laser Doppler Method; Molecular Weight: Static Light Scattering Debye Plot Method

Measurement Range: Particle Size: 0.3 nm - 10 µm; Zeta Potential: -500 to +500 mV; Molecular Weight: 1x10³ - 2x10⁷

partica LA-960V2 (Laser Diffraction/Scattering Particle Size Distribution Analyzer)

Achieves an ultra-wide measurement range of 0.01-5,000 µm with two light source wavelengths. Offers high accuracy of ±0.6% against NIST-traceable standard samples and high reproducibility. This is HORIBA's flagship particle size distribution measurement instrument.

Measurement Principle: Mie scattering theory

Measurement Particle Size: 10nm - 5mm (with optional accessories)

partica LA-960V2 Auto Samplers

Wet Auto Sampler: Designed for slurry samples, powders, and liquid samples for wet measurements. Integrated with the instrument for easy automatic continuous measurement of multiple samples. Customizable to customer needs.

Dry Auto Sampler: Features a robot arm for automated sample handling, moving sample holders to the shooter and loading powder samples into the sampling port. Ideal for automating the measurement of multiple powder samples. (Robot arm handling can also be proposed for nanoPartica SZ-100V2).

GD-Profiler2 (High-Frequency Glow Discharge Optical Emission Surface Analyzer)

Equipped with a 3-wavelength light source and a color CCD. Enables particle size and number concentration measurement through Brownian motion imaging analysis. Measurements use a cuvette cell method with an integrated stirring mechanism for high reproducibility.

Measurement Principle: Particle Tracking Method

Measurement Particle Size: 10 nm - 15 µm

Particle Concentration: 5x10⁶ - 2x10⁸ particles/mL

UVISEL Plus (Spectroscopic Ellipsometer)

Measures film thicknesses from Å order up to 80 µm. Features several microspots with motorized adjustment. Achieves high-precision measurements using phase modulation technology and photomultiplier tubes (PMT) without mechanical vibration.

Wavelength Range: 190 - 920 nm (extendable to 2100 nm)

Measurement Film Thickness Range: 1 Å - 80 µm (varies by film type and structure)

Pinhole Diameter: 0.05 mm, 0.1 mm, 1 mm, etc.

Stage: XY fixed, or motorized options available

CLUE Series (Cathodoluminescence (CL) Measurement System)

Connects to electron microscopes to achieve high-performance CL analysis. Available in imaging-only or spectroscopy-equipped versions. Can be used with other electron microscope options like EDX. Suitable for crystal evaluation and luminescence evaluation of compound semiconductors (power devices, LEDs), phosphors, and minerals.

Focal Length: 140, 320, or 550 mm

Wavelength Range: UV - Visible - NIR; 200 - 1,700 nm (dependent on system configuration)

XGT-9000 Pro / XGT-9000 Expert (X-ray Fluorescence Spectrometers)

XGT-9000 Expert: World's first model equipped with an X-ray detector capable of measuring Boron (B). Offers high-speed measurement and low noise through unique signal processing algorithms, enabling diverse applications beyond conventional uses. Measures elements from Boron (Z=5) to Americium (Z=95).

XGT-9000 Pro: Measures elements from Sodium (Z=11) to Americium (Z=95).

Features: Dual vacuum chamber allowing switching between atmospheric and vacuum conditions, optional He purge. Large sample chamber supports up to 300x250x80mm (WxDxH) and mapping area up to 100x100mm. Optional ultra-large sample chambers are available.

MESA-50 (Portable X-ray Fluorescence Spectrometer)

An A4-sized portable X-ray fluorescence analyzer with a built-in battery, realizing compact and speedy analysis. Customizable for inline/online measurement and large sample chambers depending on application.

Measures Elements: Al (Z=13) - U (Z=92)

X-ray Irradiation Diameter: Ø1.2mm, 3mm, 7mm

Dimensions: 208 x 294 x 205 mm (WxDxH)

Weight: Approx. 12 kg

Power: AC adapter, Battery

EMIA-Pro / EMIA-Expert (Carbon & Sulfur Analyzers)

Simultaneously analyzes carbon and sulfur in inorganic materials such as steel, non-ferrous metals, alloys, and special metals. Achieves an analysis cycle time of 70 seconds. Improved cleaning performance significantly enhances analysis efficiency, stability, and reproducibility. User-friendly software simplifies operation and maintenance.

Measurement Principle: Combustion in oxygen stream (high-frequency induction heating furnace method) / NDIR (Non-Dispersive Infrared Absorption Method)

Measurement Range (EMIA-Expert): C: 0.6 ppm - 10%, S: 0.6 ppm - 1%

Sample Mass: Standard 1.0 g

Automation: Auto cleaner as standard

EMIA-Step (Carbon & Sulfur Analyzer)

Simultaneously analyzes carbon and sulfur in metals, ceramics, cement, coal, etc. Utilizes a tubular electric resistance heating furnace method with a heating capability up to 1,450°C, allowing for quantitative analysis separated by temperature or state. Suitable for decomposition and combustion analysis of inorganic and organic materials, as well as high-melting-point materials like steel.

Measurement Principle: Combustion in oxygen stream (tubular electric resistance heating furnace method) / NDIR (Non-Dispersive Infrared Absorption Method)

Measurement Range: C: 3 ppm - 6% (m/m), S: 4 ppm - 1% (m/m)

Sample Mass: Standard 1.0 g

Temperature Setting Range: (Room Temp.) - 1,450°C

Inline X-ray Film Thickness/Elemental Concentration Monitor

X-ray fluorescence analyzer for production lines, enabling real-time and continuous evaluation of elemental composition and film thickness. Applicable for measuring catalyst coating amounts in CCM (Catalyst Coated Membrane) and noble metal content in water electrolysis catalysts.

EMGA-Pro / EMGA-Expert (Oxygen, Nitrogen, Hydrogen Analyzers)

Simultaneously analyzes oxygen, nitrogen, and hydrogen in solid samples like steel, catalysts, non-ferrous metals, ceramics, and electronic materials. Achieves outstanding analysis speed and accuracy while significantly reducing carrier gas consumption. Features comprehensive navigation functions to assist with analysis and maintenance, enhancing usability.

Measurement Principle: Inert gas heating and melting

Detection Methods: O/H: Non-Dispersive Infrared Absorption (NDIR); N: Thermal Conductivity (TCD)

Measurement Range (EMGA-Expert): O: 0.6 ppm - 5%, N: 0.6 ppm - 3%, H: 0.2 ppm - 2500 ppm

Sample Mass: Up to 1.0 g

Measurement Time: Cycle time approx. 160 seconds (standard conditions, including auto-cleaning and crucible setup)

EMGA-21E (Hydrogen Analyzer)

A model specialized for trace hydrogen analysis using a thermal conductivity detector. Offers high analysis accuracy, reduced argon carrier gas consumption, and various navigation functions to lower maintenance workload and frequency.

Measurement Principle: Thermal Conductivity (TCD)

Measurement Range: H: 0.04 ppm - 200 ppm

Sample Mass: Up to 1.0 g

Measurement Time: Cycle time approx. 280 seconds (standard conditions, including auto-cleaning and crucible setup)

LAQUA (Benchtop pH/Water Quality Meter)

A high-end benchtop model designed for ease of use in the field. Features stress-free operation via a touchscreen and an easy-to-clean glass top panel. Offers a wide range of electrode options. Measures pH, mV (ORP), Ion, Electrical Conductivity, Resistivity, Salinity, Dissolved Oxygen, and Total Dissolved Solids.

Raman Imaging Systems

LabRAM Soleil: Achieves high-speed confocal imaging and full optical image imaging. HORIBA's flagship Raman system, maximizing the potential of Raman spectroscopy. Offers intuitive operation with features like automatic optical axis adjustment and one-click measurement condition settings. Contributes to reduced data acquisition and analysis time.

LabRAM Odyssey: Enables advanced Raman analysis, particularly high wavenumber resolution for stress measurement. Features a large stage for 12-inch wafer mapping, photoluminescence measurement, and deep UV laser usage, making it ideal for semiconductor material analysis.

LabRAM Odyssey INV: An inverted microscope-equipped Raman microscope, optimal for biological sample analysis.

Fluorescence Spectroscopy

Duetta (Fluorescence & Absorbance Spectrometer): Capable of simultaneous fluorescence and absorbance measurements with high-speed spectral acquisition (under 100 ms). Its compact design and touchscreen-compatible software offer simple operation suitable for lab use.

Nanolog (Modular Fluorescence Spectrophotometer): Measures in the UV-Vis and Near-Infrared regions. Spectrographs and detectors can be selected based on application needs. Offers various options for diverse emission spectrum measurements.

FluoroMax Plus (Fluorescence Spectrophotometer): Balances high sensitivity and fast scanning for practical use. Achieves an S/N ratio of over 10,000:1 using photon counting. A dual detector model is available for wide-range measurements.

Fluorolog-QM (Modular Fluorescence Spectrophotometer): HORIBA's flagship fluorescence spectrometer, offering industry-leading sensitivity and extending to long wavelengths beyond 5 µm. Features ultra-low stray light, making it suitable for opaque suspensions, powders, and solid samples. Supports various optional functions like fluorescence lifetime and phosphorescence.

Aqualog (3D Fluorescence Spectrometer): Combines fluorescence spectroscopy with multivariate analysis for rapid qualitative and quantitative analysis of organic matter. Useful for environmental water surveys, water treatment analysis, cell culture media analysis, protein identification, and food component analysis.

Raman Microscopy

XploRA PLUS (Raman Microscope): Features bright/dark field, polarization, and differential interference contrast observation modes, ideal for identifying chemical composition and analyzing molecular structure. Achieves high-speed Raman imaging using confocal optics.

NanoRaman Series (AFM-Raman Integrated System): Integrates AFM and Raman spectroscopy for simultaneous measurement of surface physical and chemical information in the same area. Supports Tip-Enhanced Raman Spectroscopy (TERS) with dedicated tips, achieving nm-order spatial resolution.

AFM-Raman: Combines AFM and Raman spectroscopy for simultaneous, high-speed measurement of surface physical information (AFM) and chemical information (Raman) in the same area. TERS capability is also available.

SignatureSPM (SPM-Raman Spectroscopic System): Integrates Scanning Probe Microscopy (SPM) and Raman spectroscopy, allowing for comprehensive analysis of physical and chemical properties of the same location on a sample.

MacroRAM (Macroscopic Raman Spectrometer): A compact, high-sensitivity Raman analysis system with excellent optical design, suitable for process inspection in production environments.

Skinprobe (Raman Probe for Skin Analysis): Non-invasively observes skin components like moisture and lipids to assess skin condition. Enables real-time observation and tracking of changes over time, contributing to penetration evaluation of cosmetics and topical formulations.

Transmission Raman (Transmission Raman Spectrometer): Features an optical system designed for transmission Raman measurements over several millimeters, enabling short-time, high-precision measurement of active ingredients. Transmission Raman units are available for connection to confocal, macro, or transmission Raman spectrometers.

LC-Raman System: A hybrid system combining High-Performance Liquid Chromatography (HPLC) with a Raman microscope. It leverages HPLC's separation capabilities and Raman spectroscopy's identification power for accurate qualitative analysis of mixed samples. The dedicated software "LiChRa™" facilitates smooth and easy operation of both instruments.

PoliSpectra RPR (Raman Plate Reader): Capable of measuring 96-well plates in as little as 1 minute through high-speed scanning. Enables label-free, ultra-fast screening of pharmaceuticals, cells, etc.

Process Raman: Applies Raman technology to process control, realizing a robust and compact Raman monitoring system. Designed for field use with reduced maintenance and simple operation.

Molecular Interaction Analysis

OpenPlex (Label-Free Molecular Interaction Analyzer): Analyzes molecular interactions across multiple samples simultaneously without labels, measuring various parameters related to binding and dissociation. Suitable for proteins, peptides, nucleic acids, serum, microorganisms, nanoparticles, etc.

Sample Volume: 100 - 2,000 µL (Standard: 200 µL)

Detection Limit: 10 pg/mm²

Maximum Samples: 192

Fluorescence Lifetime Measurement

DeltaPro / DeltaFlex (Fluorescence Lifetime Spectrometers): Measure fluorescence lifetimes from tens of picoseconds to several seconds. These instruments offer high performance for various lifetime studies.

InverTau (NEW Fluorescence Lifetime Imaging Platform): Achieves high-speed fluorescence lifetime imaging (50 ps~) using confocal laser scanning. Attaches to the side port of existing inverted microscopes for broad fluorescence lifetime observation.

FLIMera (NEW Video Rate FLIM Camera): Executes fluorescence lifetime imaging at a video rate of 192x128 pixels and 30 frames/sec. Covers the 400-900nm wavelength range and can track fluorescence lifetime changes in real-time.

Spectrometers

iHR320 / iHR550 (High-Performance Spectrometers): User-friendly and reliable mid-size spectrometers offering high wavelength accuracy due to their rigid, one-piece die-cast body.

OC-300 / CP/VS Series (Small Spectrographs): Small spectrographs ideal for compact, handheld, and portable devices.

Hyperspectral Camera Spectrographs: Spectrographs for hyperspectral cameras, designed with unique optical technology to cover a wide wavelength range from UV to NIR. Customizable for applications in semiconductors, food, pharmaceuticals, medical, and agriculture.

SD-OCT Spectrographs: Spectrographs designed to maximize the measurement performance of SD-OCT (Spectral Domain Optical Coherence Tomography). Suitable for applications such as 3D retinal imaging, bio-cell measurement, and skin measurement.

Detectors

Synapse Series (Electron-Cooled Type CCD/Near-Infrared InGaAs Detectors): Unique UV-Vis detectors offering excellent sensitivity, low noise, and high durability in a compact package. Near-infrared detectors cover wavelengths up to ~1,700 nm (standard type) and ~2,200 nm (Extended type) with high quantum efficiency array detectors.

Spectroscopy Systems

Standard Microscope Spectroscopy Systems: Micro-measurement systems for photoluminescence, Raman spectroscopy, fluorescence, and fluorescence lifetime. Compatible with UV-NIR laser excitation and highly expandable, allowing selection of spectrographs, detectors, and microscope-spectrograph coupling methods. Equipped with LabSpec 6 software for high usability.

Diffraction Gratings

Diffraction gratings are elements that disperse light. Various types, such as planar and concave gratings, are available depending on the application.