SDGs/Energy-saving spray nozzle
SDGs/Energy-saving spray nozzle
The spraying system is working towards achieving sustainability across the entire group, and in Japan, it is addressing various challenges, starting with the reduction of environmental impact. By utilizing spraying technology, it is possible to reduce electricity consumption, save water, minimize liquid waste, and lessen the workload on workers through automation.
1～19 item / All 19 items
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Spray Robot System
Achieving automation and precision in the coating process with a spray robot system.
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Energy-saving type single fluid humidifier Mist Twister C and Mist Twister H360
Nozzle humidification without using compressor air. Achieves over 90% energy savings compared to compressor methods!
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Water-saving effect! Space-saving conveyor cleaning device "MDRN"
Efficiently clean the conveyor with a small amount of water! Reduce wastewater treatment costs as well.
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Small Flat Air Nozzle for Blowers 'WindJet YBLW'
Achieve high impact and high flow rate blowers even at low pressure! Significantly energy-saving compared to compressor air.
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[Case Study] Proposal for Energy Savings Using Spray Nozzles
Introducing examples of an 80% reduction in power consumption! We will present case studies of energy-saving measures in processes using compressed air across various industries.
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[Data] How to reduce electricity costs by approximately 90% with first-class fluid humidification.
By switching the humidification method in factories and offices to "single fluid humidification," annual power consumption can be reduced by approximately 90%!
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[Case Study] Switching from Compressor to Blower (Power Supply Equipment Manufacturer)
Improved water drainage effect! A case of contributing to SDGs through reduced power consumption and CO2 emissions.
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[Case Study] Switching from Compressor to Blower (Food Manufacturer)
Achieved a significant reduction in electricity consumption and CO2 emissions! Cases where additional effects also occurred.
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[Case Study] Conveyor Cleaning Automatic Rotating Nozzle
Achieving 50% water savings! A case of increased efficiency through the elimination of manual washing tasks.
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[Case Study] Switching from Compressor to Blower (Vehicle Body Factory)
Introduced in the liquid cutting process! A case that achieved significant reductions in power consumption and CO2 emissions.
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[Case Study] Hand Spray (Western Confectionery Manufacturer)
Improving the reproducibility of spray! Introduction of a case that significantly reduced labor costs and the consumption of fruit sauce.
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[Case Study] Switching from Compressor to Blower (Battery Manufacturing Plant)
Introduction of cases that significantly reduced electricity consumption costs and carbon dioxide emissions.
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[Case Study] Conveyor Cleaning Nozzle
Improved cleaning efficiency! Introducing examples of achieving the avoidance of secondary contamination and hazardous work, as well as reducing labor costs.
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[Case Study] Brush Nozzle Header
Achieving self-cleaning! Introduction of a case that significantly reduces maintenance effort.
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[Case Study] Mist Air Conditioning
Introduction of a case where the temperature inside the factory was lowered, resulting in a monthly reduction of 400,000 yen in air conditioning electricity costs.
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[Case Study] Nozzle for Conveyor Cleaning
Increased cleaning effectiveness! A case study that solved the issues of labor costs, water usage costs, and wastewater treatment costs.
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[Case Study] Conveyor Cleaning Unit Nozzle
Cleaning of mesh conveyors! A case where manual cleaning work was eliminated and water usage was reduced by over 20%.
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[Case Study] Electrolyzed Water Generation Device and Automatic Spray Device
Cost reduction of 2 million yen per year! A case study of suppressing the occurrence of black mold (Cladosporium) using disinfecting electrolyzed water.
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[Case Study] Small Dual-Fluid Automatic Gun
It is possible to apply a small amount using low-pressure air! A case that contributed to the reduction of release agent consumption and environmental improvement.
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