All products and services
61～90 item / All 118 items
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CO2 reduction energy-saving heating "Preheating Heater for Cooking Pots"
Significant reduction of CO2 with electric heating that does not require gas, maintaining the pot at the optimal temperature and stabilizing casting quality.
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Space-saving with reduced heating time: "HD Thermo Generator"
Shortening heating time with superheated steam and reducing furnace length to achieve factory layout efficiency.
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Energy-saving effect with shortened heating time: "HD Thermo Generator"
Heating with superheated steam is more efficient than hot air, reducing energy consumption with rapid temperature rise.
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Improved productivity with reduced heating time 'HD Thermo Generator'
Rapid temperature rise with superheated steam faster than hot air, reducing heating time and dramatically improving productivity.
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Fire risk avoidance through electrification: 'Board Bus Furnace'
Avoids the risk of fire by heating without gas. Stabilizes molten metal retention while ensuring safety.
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Board Bus Furnace: Suppressing Coal Generation and Stabilizing Quality
By directly heating aluminum, we suppress the rise in surrounding temperature, prevent the generation of soot, and reduce the impact on the quality of cast products.
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Board bus furnace reduces maintenance burden without a crucible furnace.
No crucible furnace is required for gas heating. This reduces replacement work and costs, improving productivity.
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Board bath furnace that stabilizes molten metal temperature with thermal insulation.
The high insulation structure suppresses fluctuations in molten metal temperature, achieving both stable quality and improved heating efficiency simultaneously.
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Improved energy-saving effects through reduced heat loss: 'Board Bus Furnace'
The structure excels in thermal insulation, suppressing heat dissipation. It reduces energy consumption while stabilizing the molten metal temperature.
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Contributing to the optimization of water treatment and wastewater: "Integrated Development Solution"
Simultaneously achieve the efficiency of wastewater treatment and energy conservation. This is a solution that supports the reduction of environmental impact and operational costs.
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Quality Improvement through Automation of Inspection Processes: 'Integrated Development Solution'
Automating inspection tasks with image analysis and sensor control. This is a process improvement service that balances labor reduction and defect reduction.
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Contributing to the efficiency of heating processes: "Integrated Development Solution"
This is a solution that simultaneously achieves energy savings, quality stability, and productivity improvement through optimal control of the heating process.
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Contributing to energy conservation in factory air conditioning: "Integrated Development Solution"
Achieving energy savings through optimal operation of air conditioning equipment. This is a solution that balances improvement of the work environment and increased productivity.
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Contributing to the quality improvement of the drying process: "Integrated Development Solution"
It is a process improvement service that optimizes drying temperature and time, achieving both energy savings and yield improvement simultaneously.
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Integrated development solution that contributes to the efficiency of the cleaning process.
Automating and optimizing the cleaning process achieves both work efficiency and energy savings. This is a technology that helps maintain quality.
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Integrated development solution that contributes to the efficiency of cooling engineering.
It is a production support service that optimizes the cooling process, balancing product quality stability and energy reduction.
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Integrated development solutions that contribute to solving challenges in melting engineering.
Achieve energy savings and stable quality simultaneously with high-efficiency melting control. We support productivity improvement in manufacturing sites.
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Stable measurement resistant to disturbances through image analysis 'MiEL Thermo HT'
Using image analysis technology, it automatically measures the temperature of each mold stably, making it less susceptible to the effects of disturbances.
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Reduction of labor and waste through thermocouple measurement with 'MiEL Thermo HT'
A system that reduces the number of manual thermocouple measurements through automatic temperature measurement, contributing to labor reduction and waste reduction.
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Support for quality improvement through data utilization: "MiEL Thermo HT"
Collecting and analyzing temperature data for each mold. This is a temperature measurement system that can be used for process improvement and reducing defective products.
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A system that can contribute to improving traceability through stable measurements for each mold.
Stable temperature measurement at the mold unit. By acquiring data for each process, we enhance quality control and traceability.
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High-output heater "ALHYPER MAX" for stabilizing the extraction room temperature.
A immersion heater that suppresses temperature variations in molten metal with high-output electrification, achieving both stable quality and improved yield.
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Achieve extended lifespan of the furnace with 'ALHYPER MAX'
Suppresses degradation of furnace materials due to combustion heat. Stabilizes molten metal with high-output electrification, contributing to the longevity of the holding furnace.
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Electric heater "ALHYPER MAX" that reduces the risk of fire.
Safe and stable heating without using combustion flames. Furnace operation is possible without the worry of fire accidents or abnormal combustion.
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Achieving improved work environment through electrification 'ALHYPER MAX'
Suppressing radiant heat without using flames. We reduce the thermal load in the work environment, creating a safe and comfortable site.
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Promoting decarbonization through electric melting pot maintenance "ALHYPER MAX"
Switching from gas heating to reduce CO₂ emissions. Achieving decarbonization and efficiency improvement simultaneously with high-output electrification.
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Direct heating of molten metal with 20kW high output 'ALHYPER MAX'
High-speed heating with ten times the output compared to conventional methods, even in large-capacity furnaces. It stabilizes molten metal temperature and improves production efficiency.
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The 'ALHYPER MAX' that can be retrofitted to existing holding furnaces.
Realizing electrification and high output while utilizing existing furnaces. This is a retrofitted heater that can reduce construction time and achieve energy savings.
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Easy-to-replace high-output immersion heater "ALHYPER MAX"
Heater replacement can be done in a short time. The design minimizes production stoppages and enhances work efficiency even at high output.
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Easy-to-exchange aluminum molten metal holding immersion heater "AL HYPER L"
The heater replacement for the melting furnace is completed in a short time. It features a high-efficiency design that minimizes production downtime and increases on-site operational efficiency.
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