日本精器 List of Products and Services

In the event industry, ensuring the safety and comfort of attendees is crucial. Especially for summer events, measures to mitigate the risk of heatstroke are essential. Heatstroke can lead to health issues for attendees and disrupt the operation of the event. Jet coolers generate cool air using only compressed air without electricity, making them easy to install even in locations where securing power is difficult. By providing spot cooling, they help reduce the risk of heatstroke and contribute to increased attendee satisfaction. 【Usage Scenarios】 - Rest areas at outdoor events - Areas near heat sources at indoor events - First aid tents 【Benefits of Implementation】 - Reduced risk of heatstroke - Improved comfort for attendees - Stabilization of event operations

• Other environmental equipment

In the agricultural sector, particularly in vegetable storage, maintaining the freshness of vegetables after harvest is a crucial issue. Proper temperature management is essential to prevent spoilage and quality degradation of vegetables, thereby preserving their market value. Jet coolers generate cool air using only compressed air without electricity, allowing for the optimization of the storage environment for vegetables while keeping running costs low. 【Usage Scenarios】 - Pre-cooling of vegetables - Temperature management within storage facilities - Preservation of the freshness of harvested products 【Benefits of Implementation】 - Maintenance of product value through the preservation of vegetable freshness - Reduction of waste loss - Cost savings through energy efficiency

• Other environmental equipment

In the printing industry, there is a demand for reduced ink drying times and improved quality. Particularly when using high-speed printing or special inks, insufficient drying can lead to ink smudging and transfer, potentially compromising product quality. Jet coolers utilize compressed air to generate cool air, thereby streamlining the ink drying process. This is expected to result in shorter drying times, enhanced quality, and increased productivity. 【Application Scenarios】 - Ink drying for high-speed printing machines - Drying of special inks (such as UV inks) - Cooling of products after printing 【Effects of Implementation】 - Reduction in ink drying time - Prevention of ink smudging and transfer - Improvement in print quality - Increase in productivity

• Other environmental equipment

In the metal processing industry, particularly in the quenching process, managing the cooling rate, which affects product quality, is crucial. Rapid cooling increases the hardness of metals, but uneven cooling can lead to warping and cracking. Jet coolers solve the cooling challenges in the quenching process by using compressed air to deliver uniform cold air precisely where needed. 【Application Scenarios】 - Cooling of metal parts after quenching - Cooling of molds and tools - Metal processing processes requiring localized cooling 【Benefits of Implementation】 - Improved product quality through precise control of cooling rates - Cost reduction through lower electricity bills - Prevention of warping and cracking due to uniform cooling

• Other environmental equipment

In the chemical plant industry, precise temperature management of reaction processes is essential to ensure product quality and safety. Particularly in exothermic reactions or temperature-sensitive reactions, localized overheating or temperature variations can lead to runaway reactions or the generation of by-products. Jet coolers utilize compressed air to cool specific areas precisely, allowing for accurate control of reaction temperatures. 【Application Scenarios】 - Cooling of reaction vessels - Removal of reaction heat - Localized temperature control 【Benefits of Implementation】 - Stabilization of reactions - Improvement of product quality - Enhanced safety

• Other environmental equipment

In the pharmaceutical industry, temperature control during the manufacturing process is crucial for maintaining the quality of pharmaceuticals. This is especially true for drugs that are sensitive to temperature changes or need to be stored under specific temperature conditions, where proper temperature management is essential for preserving product quality. Inadequate temperature control can lead to the degradation or alteration of active ingredients in pharmaceuticals, potentially resulting in a decline in product quality. Jet coolers utilize compressed air to provide spot cooling where needed, contributing to the preservation of pharmaceutical quality. 【Application Scenarios】 - Cooling in pharmaceutical manufacturing lines - Temperature management in pharmaceutical storage rooms - Temperature adjustment during quality inspections 【Benefits of Implementation】 - Preservation of pharmaceutical quality - Improvement in product yield - Reduction in manufacturing costs

• Other environmental equipment

In the automotive manufacturing painting process, appropriate temperature management is required to promote the drying and curing of paint. In particular, temperature management is crucial to prevent uneven painting and poor drying, ensuring a high-quality finish. Inadequate temperature management can lead to a decline in painting quality and delays in the process. Jet coolers supply compressed air and emit cold jet air at temperatures up to -30°C/-40°C/-60°C below the supply air temperature. By utilizing this in the painting booth and for cooling after painting, it contributes to improving painting quality and enhancing process efficiency. 【Usage Scenarios】 - Cooling in the painting booth - Promoting drying after painting - Quality control through spot cooling 【Benefits of Implementation】 - Improved painting quality - Reduced drying time - Enhanced process efficiency

• Other environmental equipment

In logistics warehouses, proper temperature management is essential for maintaining product quality. Particularly in the storage of products sensitive to temperature changes, localized temperature increases can lead to quality degradation. Jet coolers generate cool air using only compressed air without electricity, providing pinpoint cooling where needed and supporting temperature management. 【Usage Scenarios】 - Storage locations for food, pharmaceuticals, and precision instruments - Areas where temporary temperature increases are a concern - When there is a need to lower the temperature in specific areas 【Benefits of Implementation】 - Preservation of product quality - Energy savings - Easy installation

• Other environmental equipment

In data centers, improving cooling capacity is essential due to the increasing density of servers. Excessive heat can lead to decreased server performance and failures, potentially hindering the stable operation of systems. Jet coolers enable spot cooling without using electricity, achieving precise temperature management. This helps reduce the overall air conditioning load in the data center and contributes to energy savings. 【Usage Scenarios】 - Local cooling of server racks - Temperature management of specific equipment - Emergency cooling in critical situations 【Benefits of Implementation】 - Stable operation of servers - Reduction in air conditioning costs - Promotion of energy efficiency

• Other environmental equipment

In the semiconductor manufacturing industry, temperature management in the manufacturing process is a crucial factor that affects product quality and yield. Particularly in processes that require precise cooling, temperature variations and sudden temperature changes can lead to decreased product performance and the occurrence of defects. Jet coolers, which have no moving parts and do not use refrigerants or electricity, provide stable cool air supply and meet the needs for precise cooling. 【Application Scenarios】 - Local cooling of semiconductor manufacturing equipment - Cooling of electronic components - Temperature management in inspection processes 【Benefits of Implementation】 - Improved temperature management accuracy through spot cooling - Cost reduction from decreased electricity expenses - Reduced maintenance frequency due to long-life design

• Other environmental equipment

In the medical industry, proper temperature management for storage purposes, such as for pharmaceuticals and specimens, is crucial. Inadequate temperature management can lead to quality degradation and alteration, potentially affecting accurate diagnosis and treatment. Jet coolers utilize compressed air to supply cool air to the necessary locations, making temperature management easier. 【Usage Scenarios】 - Storage of pharmaceuticals - Preservation of specimens - Cooling of medical devices 【Benefits of Implementation】 - Improved accuracy of temperature management - Quality preservation - Stable supply of products

• Other environmental equipment

In the food processing industry, cooling is an important process for maintaining product quality. In particular, temperature management at specific points on the production line and for ingredients affects the freshness and safety of the products. Traditional cooling methods may require large-scale equipment or extensive cooling, which can lead to cost and space issues. Jet coolers are specialized for spot cooling and can efficiently cool only the necessary areas. 【Usage Scenarios】 - Rapid cooling of food - Cooling of specific points on the production line - Temperature management of ingredients - Cooling of equipment that requires cooling 【Benefits of Implementation】 - Preservation of product quality - Energy savings - Cost reduction - Effective use of space

• Other environmental equipment

In the printing industry, maintaining ink quality is crucial. In particular, moisture in the air can degrade ink performance, potentially leading to a decline in print quality and equipment failure. Proper management of drains is essential for preserving ink quality and achieving stable printing. Grace-TRAP optimizes the drain discharge schedule according to on-site operating conditions, reducing the risk of moisture contamination in the ink. 【Usage Scenarios】 - Drain discharge from the compressor of printing machines - Moisture removal from ink supply lines - Equipment maintenance in printing factories 【Benefits of Implementation】 - Stabilization of ink quality - Improvement in print quality - Prolonged equipment lifespan - Energy-saving effects

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In the textile industry, humidity management during the manufacturing process greatly affects product quality. Particularly in dyeing and drying processes, an appropriate humidity environment is essential, and the occurrence of drain can lead to equipment corrosion and moisture adhesion to products, potentially resulting in quality deterioration. Grace-TRAP addresses these issues by optimizing the drain discharge schedule to match on-site operating conditions, supporting the stable production of high-quality products. 【Usage Scenarios】 - Dyeing process - Drying process - Humidification process 【Benefits of Implementation】 - Stabilization of product quality - Extension of equipment lifespan - Improvement of production efficiency

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In the energy industry, stable operation of equipment is crucial, and proper management of drains is essential for efficient operation and longevity of the equipment. Accumulation of drains can lead to corrosion and performance degradation of the equipment, ultimately resulting in equipment shutdown. Grace-TRAP contributes to stable operation of equipment by optimizing the discharge schedule according to on-site operating conditions and reducing unnecessary drain discharge. 【Usage Scenarios】 - Drain discharge from compressed air equipment such as compressors, air dryers, and tanks - Drain discharge within piping - Energy-related plants 【Benefits of Implementation】 - Reduction of energy costs through optimization of drain discharge - Reduction of maintenance costs by preventing equipment corrosion - Stable operation and longevity of equipment - Improved efficiency of compressors

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In the automotive industry, stable operation of the manufacturing line and maintenance of quality are crucial. The condensate in the compressed air supplied by the compressor can lead to equipment corrosion and deterioration of product quality. Grace-TRAP addresses these issues by optimizing the discharge schedule according to on-site operating conditions, contributing to increased productivity. It reduces unnecessary condensate discharge, achieving energy savings and improved equipment efficiency. 【Usage Scenarios】 - Painting booths - Air tool usage areas - Various manufacturing lines 【Benefits of Implementation】 - Prolonged equipment lifespan - Stabilization of product quality - Reduction in energy costs

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In the shipbuilding industry, the durability of equipment capable of withstanding long-term operation in harsh environments is essential. Particularly in environments susceptible to humidity and salt damage, proper drainage is crucial for preventing corrosion and failure of equipment. Grace-TRAP contributes to improving equipment durability by optimizing the drainage schedule according to on-site operating conditions and reducing unnecessary drain discharge. 【Usage Scenarios】 - Engine rooms - Painting booths - Compressed air piping 【Benefits of Implementation】 - Reduced risk of corrosion from drainage - Extended equipment lifespan - Lower maintenance costs

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In the water treatment industry, ensuring stable operation of equipment and reducing running costs are important challenges. In particular, proper management of the drain generated from compressors is essential to prevent corrosion and failure of equipment, and to maintain efficient operation. Improper drain discharge can lead to wasted energy and potentially shorten the lifespan of the equipment. Grace-TRAP contributes to energy savings and improved equipment efficiency by optimizing the discharge schedule according to on-site operating conditions and reducing unnecessary drain discharge. 【Usage Scenarios】 - Compressors in water treatment facilities - Air systems in wastewater treatment equipment - Various blower equipment 【Benefits of Implementation】 - Reduction in energy costs through optimization of drain discharge volume - Decrease in maintenance costs due to prevention of equipment corrosion - Achievement of stable equipment operation

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In the air conditioning industry, efficient operation of equipment and reduction of energy costs are important challenges. Proper management of drains is essential for maintaining equipment performance and energy conservation. Delays or improper drainage can lead to equipment corrosion and performance degradation, potentially worsening energy efficiency. Grace-TRAP contributes to energy savings and improved equipment efficiency by optimizing the discharge schedule according to on-site operating conditions and reducing unnecessary drain discharges. 【Usage Scenarios】 - Drain discharge management for air conditioning equipment - Drain discharge from compressors - Drain discharge from refrigeration units 【Benefits of Implementation】 - Reduction in energy costs - Extension of equipment lifespan - Decrease in maintenance frequency

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In the painting industry, it is important to maintain the quality of paint and ensure uniformity in the finish. Moisture (drain) in the compressed air supplied from the compressor can degrade the quality of the paint and lead to poor finishing results. Grace-TRAP contributes to stabilizing painting quality by optimizing the drain discharge schedule according to on-site operating conditions and suppressing the occurrence of drain. 【Usage Scenarios】 - Painting booths - Air supply lines to spray guns - Air supply lines from compressors 【Benefits of Implementation】 - Reduction of painting defects caused by drain - Reduction of paint waste - Improvement of painting quality

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In petrochemical plants, corrosion caused by corrosive substances in the drain is a serious problem that leads to the corrosion of pipes and equipment. Corrosion can result in equipment failure and operational shutdowns, potentially leading to significant losses. Grace-TRAP supports the safe operation of the plant by efficiently discharging drains, thereby reducing the risk of corrosion. 【Usage Scenarios】 - Piping in petrochemical plants - Heat exchangers - Tanks 【Benefits of Implementation】 - Reduction of equipment troubles due to corrosion - Extended equipment lifespan - Decreased maintenance costs

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In the clean environment of semiconductor manufacturing, proper management of the drain generated by compressors is essential. Drain can not only compromise product quality but also lead to equipment corrosion and failure. Particularly in semiconductor manufacturing, which handles fine components, contamination by drain can cause critical issues. Grace-TRAP addresses these problems by optimizing the discharge schedule according to on-site operating conditions. It reduces unnecessary drain discharge and maintains a clean environment. 【Application Scenarios】 - Semiconductor manufacturing plants - Clean rooms - Precision equipment manufacturing 【Benefits of Implementation】 - Maintenance of a clean environment - Improvement in product quality - Extension of equipment lifespan - Reduction in energy costs

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In the pharmaceutical industry, it is essential to thoroughly eliminate the risk of contamination (foreign matter intrusion) in the manufacturing process. In particular, the intrusion of drain (moisture and oil) from compressed air systems can lead to product quality degradation and manufacturing equipment troubles. To solve this problem, ensuring the reliable removal of drains and optimizing the discharge schedule are crucial. Grace-TRAP can flexibly set discharge times and cycles according to on-site operating conditions, thereby minimizing the risk of contamination and contributing to the maintenance of product quality. 【Usage Scenarios】 - Pharmaceutical manufacturing lines - Equipment in clean rooms - Sterilization processes 【Benefits of Implementation】 - Reduction of contamination risk - Improvement of product quality - Stable operation of equipment

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In the cleaning industry, pesticide spraying operations require efficiency and safety. The drainage of the compressor used for pesticide spraying needs to be done while bending over, which can lead to increased burden on the worker and loss of working time. The foot-operated ball valve "Pettan-kun" was developed to address this issue. 【Usage Scenarios】 - Drainage of the compressor for pesticide spraying - Pesticide supply at cleaning sites 【Benefits of Implementation】 - Reduced burden on workers - Shortened working time - Improved safety

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In experiments conducted at research institutions, the drainage operation of the compressor, which is the air supply source, needs to be performed safely and efficiently. Traditional ball valves require manual operation, which can lead to interruptions during experiments and increase the burden on operators. The foot-operated "Pettan-kun" was developed to address these challenges. 【Usage Scenarios】 - Drainage of the compressor in the laboratory - Air supply to research equipment - Drainage from air tanks 【Benefits of Implementation】 - Improved work efficiency through operation at foot level - Ensured safety during experiments - Compact design that does not require a specific installation location

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In the medical industry, oxygen supply equipment requires safe and efficient operation. In particular, the drainage of the air tank is crucial for maintaining the normal operation of the equipment. Traditional valves require manual operation, which poses challenges such as increased burden on operators and constraints in the workspace. Our foot-operated ball valve, "Pettan-kun," was developed to address these issues. 【Usage Scenarios】 - Air tank drainage in oxygen supply equipment - Maintenance of medical devices - Hospitals, clinics, nursing facilities, etc. 【Benefits of Implementation】 - Easy operation with foot control - Reduced burden on operators - Improved safety

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At gas stations, the drainage work from the compressor of the refueling equipment is frequently performed. This task requires the worker to crawl under the air tank and operate a manual valve, which can be burdensome. It can also lead to a decrease in work efficiency. The foot-operated ball valve "Pettan-kun" was developed to solve this problem. 【Usage Scenarios】 - Drainage work from the compressor of the refueling equipment - Maintenance work on the air tank 【Benefits of Implementation】 - Reduction of worker burden - Shortening of work time - Improvement in work efficiency

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In mining, the drainage work from compressors is crucial for suppressing dust generation. However, with conventional ball valves, workers had to bend down and manually discharge the drain, leading to decreased work efficiency and increased burden on the workers. The foot-operated ball valve "Pettan-kun" was developed to address this issue. 【Usage Scenarios】 - Dust suppression work at mining sites - Drainage work from compressors 【Benefits of Implementation】 - Reduced burden on workers - Improved work efficiency - Enhanced safety

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In the shipbuilding industry, efficiency and safety are required in the ballast water discharge operations. In particular, working in confined spaces and reducing the burden on workers are important. Traditional valve operations require bending down, which can lead to decreased work efficiency and increased strain on workers. The foot-operated ball valve "Pettan-kun" allows for operation at foot level, improving work efficiency. 【Usage Scenarios】 - Discharging ballast water from tanks - Working in confined spaces - Reducing the burden on workers 【Benefits of Implementation】 - Shortened work time - Reduced burden on workers - Improved safety

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In the painting industry, the drainage work generated by compressors is an important factor that affects work efficiency. In traditional drainage methods, workers had to bend down under the air tank and manually operate the valve, which became a burden for them and led to time loss. The foot-operated ball valve "Pettan-kun" was developed to solve this problem. 【Usage Scenarios】 - Painting booths - Compressor installation areas - Maintenance of air tools 【Benefits of Implementation】 - Reduced burden on workers - Shortened work time - Improved safety

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In the pharmaceutical industry, managing the drain discharged from compressors is crucial for aseptic operations. The drain may contain microorganisms and foreign substances, which can compromise the sterile environment. Traditional discharge methods require operators to bend down and manually operate valves, leading to decreased work efficiency and increased risks to the sterile environment. The foot-operated "Pettan-kun" was developed to address these challenges. 【Usage Scenarios】 - Discharging drain from compressors in aseptic rooms - Maintenance of air supply equipment in clean rooms - Management of air supply systems in pharmaceutical manufacturing lines 【Benefits of Implementation】 - Reduced burden on operators - Contributes to maintaining a sterile environment - Improved work efficiency

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In agricultural irrigation systems, regular drainage of air tanks is necessary. Traditional valves require manual operation, which means operators have to bend down to operate them, increasing their burden. This also leads to decreased work efficiency. The foot-operated ball valve "Pettan-kun" was developed to solve this problem. 【Usage Scenarios】 - Drainage of air tanks in irrigation systems - Maintenance of agricultural machinery - Drainage of greenhouse equipment 【Effects of Implementation】 - Reduced burden on operators - Shortened work time - Improved maintenance efficiency

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In water treatment facilities, efficient control of water flow is required. Particularly during equipment maintenance and emergency responses, quick and reliable flow adjustments are crucial. Manual valves can be cumbersome to operate, potentially reducing work efficiency. The foot-operated ball valve "Pettan-kun" was developed to address this issue. [Usage Scenarios] - Drain discharge in wastewater treatment facilities - Flow adjustment to water quality adjustment tanks - Rapid valve operation in emergencies [Benefits of Implementation] - Improved work efficiency through quick operation - Reduced maintenance time - Enhanced safety

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In the chemical plant industry, rapid and reliable emergency shutdowns are required to prepare for accidents or abnormal situations. Quickly stopping fluids within the plant is essential to prevent the escalation of damage and ensure safety. Traditional valve operations require manual intervention, which can lead to delays in emergencies. The foot-operated ball valve "Pettan-kun" allows for valve operation simply by stepping on it, enabling a swift response. 【Usage Scenarios】 - Piping with a risk of chemical leaks - Plant equipment requiring emergency shutdowns - Areas with a risk of fire or explosion 【Benefits of Implementation】 - Improved operability during emergencies - Enhanced safety through rapid fluid stoppage - Reduced burden on workers

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In the food manufacturing industry, hygiene management of the production line is extremely important. Particularly in equipment that uses steam, proper drainage is essential for maintaining product quality and preventing foreign matter contamination. Improper drainage can increase the risk of contamination in products and reduce manufacturing efficiency. Grace-TRAP optimizes the drainage schedule according to on-site operating conditions, reducing unnecessary drainage. 【Usage Scenarios】 - Steam piping in food manufacturing lines - Heating sterilization equipment - Cleaning equipment 【Benefits of Implementation】 - Reduces the risk of foreign matter contamination in products - Efficient operation of steam equipment - Cost reduction through energy savings

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In the food manufacturing industry, hygiene management during the drainage of compressors is crucial. The drain contains not only moisture but also oil and sludge, which can lead to quality degradation and foreign matter contamination if mixed with food. In traditional drainage operations from air tanks, workers need to bend down and manually operate the valve, which not only burdens the workers but also increases the risk of foreign matter contamination during the process. The foot-operated ball valve "Petankun" allows for operation at foot level, enabling efficient drainage while maintaining a hygienic environment. 【Usage Scenarios】 - Compressor rooms in food manufacturing plants - Drainage operations from air tanks - Environments requiring hygiene management 【Benefits of Implementation】 - Reduced burden on workers - Decreased risk of foreign matter contamination - Achievement of a hygienic working environment

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We would like to introduce our automatic drain discharge device, 'Grace-TRAP'. By integrating the solenoid valve, strainer, and flow shut-off valve into a single housing, we have reduced the number of connection points, significantly minimizing the risk of leaks. Additionally, this integration makes maintenance easier. By incorporating input signals, energy-saving operation is possible, preventing unnecessary air discharge while the compressor is stopped. 【Features】 ■ Waterproof design (equivalent to IP65) ■ Trinity design ■ Energy-saving operation function ■ Accurate time setting with microcontroller control ■ Freely adjustable according to drain volume (discharge time: 1-30 seconds / discharge cycle: 1-60 minutes) *For more details, please download the PDF or feel free to contact us.

• Other process controls

"Grace-TRAP" is an electromagnetic drain trap that can adapt to different operating conditions at each site. It allows for flexible setting of discharge times and cycles according to site conditions, minimizing unnecessary drain discharge. 【Features】 ■ Customizable discharge times and cycles based on site conditions ■ Optimization of discharge schedules to reduce waste of energy and air ■ Flexible design to accommodate various equipment and operating conditions ■ Easy operation to achieve optimal performance immediately after installation This product achieves both energy savings and efficiency through flexible drain management tailored to the operating conditions of each site. For more details, please check the "Download Catalog" link below.

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"Grace-TRAP" is an electromagnetic drain trap designed to reduce cost losses caused by compressed air leaks. Compared to conventional products, its trinity design minimizes connection points, significantly reducing the risk of leaks. 【Features】 ■ Minimizes leak risk with a trinity design that reduces connection points ■ Prevents unnecessary outflow of compressed air, helping to control power and air supply costs ■ Enables efficient operation compared to traditional drain traps ■ Reliable electromagnetic design for long-term operation This product helps prevent energy loss due to leaks, contributing to cost reduction and improved equipment efficiency. For more details, please check the "Download Catalog" link below.

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The "BN-4HB21 series" is a compact vacuum ball valve with an integrated KF(NW) flange. The connection diameter and the inner diameter of the ball are almost the same size (full bore type), making it difficult for foreign objects to clog and resulting in low pressure loss. Additionally, due to its material being SUS, it is resistant to reaction products. 【Features】 ■ Integrated KF(NW) flange ■ Full bore type ■ Compact *For more details, please download the PDF or feel free to contact us.

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The "GWDS Series" is a compressed air moisture separator that reliably removes moisture through efficient centrifugal separation. Since it does not have a built-in element, there is almost no pressure drop. Additionally, the BI type features a built-in float-type drain trap, which automatically discharges the drain. 【Features】 ■ Moisture removal efficiency of over 99% (measured by our company) ■ Pressure drop of 0.007 MPa or less ■ Built-in auto drain (BI type) *For more details, please download the PDF or feel free to contact us.

• Other water treatment equipment

"Grace-TRAP" is an automatic drainage discharge device that has become easier to maintain, such as cleaning the strainer and replacing the solenoid valve, due to its integrated design. By incorporating input signals, energy-saving operation is possible. During the reception of input signals, the discharge operation of this device is halted. Additionally, it does not release unnecessary air while the compressor is stopped. It has resolved the weaknesses of timer-type drain traps. 【Features】 ■ Trinity design ■ Energy-saving operation function included *For more details, please download the PDF or feel free to contact us.

• Wastewater/wastewater treatment equipment

The "BN-4PC Series" is a foot-operated ball valve that can be installed on the floor, allowing for quick drainage operations without getting your hands dirty or bending down. It features a PTFE seat, providing excellent sealing performance. Additionally, it is a compact type with a low height. Please feel free to contact us when you need assistance. 【Features】 ■ Easy to operate ■ Usable up to medium pressure (1.4MPa) ■ Excellent sealing performance ■ Outstanding durability ■ Compact *For more details, please download the PDF or feel free to contact us.

• Valves and fittings
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Most general ball valves are manual, but when discharging the drain from the bottom of an air tank, you have to bend down to do so. Therefore, we developed a foot-operated ball valve. It is very compact and also highly durable.

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1. Trinity (Industry First) By integrating the solenoid valve, strainer, and flow shut-off valve into a single housing, we have reduced the number of connection points, significantly lowering the risk of leaks. Additionally, this integration has made maintenance, such as cleaning the strainer and replacing the solenoid valve, much easier. 2. Elimination of Weaknesses in Timer Drain Valve By incorporating input signals, energy-saving operation is possible. While receiving input signals, the discharge operation of this device is halted. This prevents unnecessary air from being discharged while the compressor is stopped. We have addressed the weaknesses of timer-type drain traps.

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