Products
Browse our product portfolio by characterization and process domain, and explore the methods and instrument platforms used in advanced materials R&D. We help research and engineering teams evaluate technologies, configure suitable systems, and build reliable measurement workflows around their materials and objectives.
Instruments for measuring thermal conductivity, thermal diffusivity and related transport properties across solids, powders, liquids and thin films. The portfolio covers multiple temperature ranges and sample formats, making it easier to match method and system to your exact material and test goal.
High-performance TPS platform for demanding R&D workflows.
Benchmark TPS instrument for thermal conductivity and diffusivity.
Robust TPS system for routine and research thermal transport measurements.
Accessible TPS system for routine characterization and education.
Scalable QC-focused TPS platform for high-precision thermal transport testing.
Compact TPS option for smaller labs and QC workflows.
The Hot Disk TPS 500 is an affordable step-in TPS system for fast, accurate QC-focused thermal transport testing.
Entry-level TPS instrument with simplified workflow.
Advanced in‑phase technology for thermal property measurement using TWA.
Thermal conductivity measurement system for fluids and related sample types.
Thermal analysis systems for studying how materials respond to heat, time and atmosphere. Hitachi High-Tech supports routine QC and advanced R&D with tools for phase transitions, stability, decomposition, curing behavior and process-relevant thermal effects across diverse material classes.
Differential Scanning Calorimetry for phase transitions and heat flow.
Simultaneous Thermal Analysis (TGA/DSC) for mass change and thermal events.
Dynamic Mechanical Analysis to quantify viscoelastic behavior vs temperature.
Thermo Mechanical Analysis for dimensional change and CTE-related behavior.
Software environment for data handling and method workflows.
Thermal expansion measurement systems for characterising how materials change dimensions with temperature — from routine quality control of metals, ceramics and glass to ultra-high-precision dilatometry of zero- and negative-expansion materials for semiconductor, aerospace and precision engineering applications.
Ultra-high-precision laser Interferometer resolving thermal expansion coefficients down to 1×10⁻⁸/K.
Laser interferometer for high-accuracy thermal expansion measurements of low-expansion materials, films and calibration standards with 1 nm reading resolution.
Push-rod thermodilatometer for thermal expansion measurements of metals, ceramics, glass and carbon from −170 to 1700 °C.
The EPSILON+ is a compact laboratory instrument for characterization of dielectric fluid properties, including electrical conductivity, permittivity and dielectric dissipation factor. It is designed for lubricants, EV fluids, transformer oils and immersion cooling applications across a wide temperature range.
Dielectricity meter for permittivity, electrical conductivity and dissipation factor in fluids and lubricants.
Spark Plasma Sintering system for rapid densification and advanced powder processing with controlled current, force and temperature. The range is suited for high-performance ceramics, metals and composites, enabling shorter cycles and flexible process development from lab-scale trials to broader R&D programs.
SPS-2000 is a compact Spark Plasma Sintering system for fast, high-quality sintering of metals, ceramics, and composites.
Deposition systems for functional coatings and thin-film development across research and application-focused environments. The portfolio supports controlled film growth, surface engineering and parameter optimization for materials where coating quality, uniformity and repeatability are critical.
Compact ALD system for lab‑scale R&D with precise step coverage and uniform coating of atomic layers.
Laboratory sputtering system (PVD) with sputter‑up/down configurations and planar magnetron cathode (PMC).
