All products and services
1～30 item / All 57 items
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Atmospheric sintering furnace for electrostatic chucks (ESC)
Improving the reproducibility of ESC firing and the efficiency of condition setting with a reducing atmosphere of N₂ + H₂ and dew point control.
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Carbon furnace for powder metallurgy
Support for precision molding in extremely low oxygen environments.
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High densification using a carbon furnace for ceramics.
Achieving high density of ceramics in an extremely low oxygen environment with high-temperature heating.
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Carbon Furnace for Research Institutions
Accelerating new material development in ultra-low oxygen environments.
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Firing of heat-resistant parts using a carbon furnace for aerospace applications.
Improving the quality and performance of heat-resistant components in extremely low oxygen environments.
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Metal furnace for optics
Sealing ceramics and metals in a high-purity atmosphere.
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Metal furnace for research institutions
Achieving airtight bonding of ceramics and metals in a high-purity atmosphere.
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Stabilization by metal furnace for analytical instruments
Improving the reliability of analytical instruments in a high-purity atmosphere.
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Metal furnace for semiconductor packaging
Achieving airtight sealing of ceramics and metals in a high-purity atmosphere.
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Multi-Atmosphere Furnace for Environmental Purification
Firing accompanied by the generation of toxic gas, safety × reproducibility.
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Multi-Atmosphere Furnace for Chemical Reactions
Firing accompanied by the generation of toxic gas, safety × reproducibility.
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Surface treatment using a multi-atmosphere furnace for metal processing.
Achieving targeted surface chemistry in a short cycle through wet atmosphere sintering that is not constrained by gas types.
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Multi-atmosphere furnace for densification of ceramics
Promotes the densification of ceramics through gas-type-independent humid atmosphere sintering.
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Tubular furnace for metals and alloys
Observe and record the behavior during the reaction to accelerate alloy development.
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Tubular furnace for battery electrodes
Observe and record the behavior during the reaction process to solve the issues of electrode sintering.
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Tube furnace for ceramics sintering
Break away from data comparison before and after firing! "See and record" the reactions.
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Tubular furnace for catalyst activation
Observe and record the behavior during the reaction process to optimize catalyst activation.
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Small Halogen-Compatible Furnace: Halogen Gas × High-Temperature Process Compatible
For those who want to use halogen as process gas and are troubled by emissions from samples.
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Even for beginners, no need to worry - the perfect furnace for your needs × atmosphere × temperature.
Super simple explanation of the 'atmosphere, achievable temperature, and suitable applications' of chlorine furnaces, carbon furnaces, metal furnaces, multi-atmosphere furnaces, and tubular furnaces.
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Tube furnace <“Observe and record” the behavior during the reaction>
Synchronized logging of flow, pressure, material temperature, and exhaust analysis. Graduation from "only before and after firing."
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Multi-atmosphere furnace <Precision design with dual axes of atmosphere and temperature>
Vacuum replacement → Program switch to air/N2/Ar/(small amount of H2 as needed). Reproduce and evaluate phase transition, phase stability, and surface chemistry well.
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Multi-atmosphere furnace <Firing with toxic gas generation, safety × reproducibility>
We design everything from vacuum replacement to atmosphere control, heating, and exhaust gas detoxification (scrubber/catalytic oxidation/thermal oxidation) in a seamless manner.
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Multi-atmosphere furnace <Moist atmosphere sintering not restricted by gas type>
Direct humidity control connected to the weather + vacuum replacement + gas switching. Quickly switch to N2/Ar/Air/NH3, reproducing the desired surface chemistry in a short cycle.
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Small Chlorine Furnace <New Experimental Platform for High-Temperature Corrosion Evaluation>
Utilizing the high corrosion-resistant structure and precise atmosphere control of small chlorine furnaces, applications for research on corrosion mechanisms of metals, alloys, and ceramics.
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Small Chlorine Furnace: Unlocking New Possibilities for Urban Mining Recycling through Dry Chlorination
We are theoretically examining a new approach to selectively volatilize and recover specific metals from systems containing multiple metals through precise control of "temperature × pressure × chlorination reaction."
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Small Chlorine Furnace <Safely Treating Chlorine and Hydrogen Chloride>
Achieved safe operation of chlorine and hydrogen chloride, which was difficult with conventional furnaces. High corrosion-resistant design for corrosive gas compatibility enables reproducible dry operation.
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Carbon furnace <Reproduced well with ultra-low oxygen × 3000°C class × vacuum replacement>
From preprocessing to final firing in one machine. Suitable for research and small-scale production temperature recipes.
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Carbon furnace <suitable for basic reaction tests of nitriding>
Reproduced well with 'extremely low oxygen × high temperature × vacuum replacement.' Short cycle tests for N2-based solid-phase nitriding, surface nitriding, and layer growth.
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Carbon furnace <suitable for basic reaction tests of carbonization>
SiC/TiC/ZrC at high temperatures and extremely low oxygen 'quickly and reproducibly.' Optimization of solid-phase carbides, composite carbides (with B4C), and carbon supply conditions in a short cycle.
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Carbon furnace <reducing oxygen to the limit, heat treatment at around 3000°C>
Achieving extremely low oxygen partial pressure through getter treatment and vacuum replacement of furnace material carbon, suitable for processing in ultra-high temperature ranges.
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