SDG List of Products and Services

This is a general-purpose type ranging from 0.025 kW to 1.5 kW, featuring a structure that is easy to set up with various industrial equipment. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

It features a Sirocco fan wheel, has a compact design, and is a type that directly attaches the discharge flange to the device. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

It is a small air volume, high pressure type with a multi-stage fan that increases pressure. There are outlet diameters of 75mm and 100mm. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

Our company is engaged in environmental improvement using the push-pull type ventilation device "Ventilaser" in workplaces that use organic solvents. We provide a one-stop solution from measuring the working environment to installing the equipment. This helps reduce the risk of fire hazards and health risks for workers, supporting the creation of a safe working environment. The device is designed to be energy-efficient and compact, allowing it to channel harmful substances into the ventilation hood before they can disperse, thereby suppressing their spread to the surrounding area. 【Features of Ventilaser】 ◎ Suitable for workspaces involved in reagent component analysis, cleaning and coating, printing, and bonding processes. ◎ Equipped with pressure-resistant explosion-proof motors for exhaust fans. ◎ Easy operation via a touch panel. ◎ Options available for table-type or wall-mounted, horizontal flow or downward flow, depending on the site. *You can view more details by downloading the PDF. Please feel free to contact us with any inquiries. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

We have completed the MDF series by equipping an electric fan with our own pressure-resistant explosion-proof motor and a dedicated inverter. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

It is a versatile type designed with ease of assembly for industrial equipment and devices in mind, suitable for multiple applications. #Heat Mitigation #Airflow Analysis #Explosion Proof

Compared to turbo fans with the same performance, this type has noise levels that are 5 to 7 dB lower and efficiency that is about 10% higher, making it a low-noise, high-airflow type.

This is a high-pressure, medium air volume type available in a lineup ranging from 0.4 kW to 7.5 kW, with a wide selection range. #Heat Countermeasures #Airflow Analysis #Explosion Proof

Are you experiencing any of the following issues at your workplace? "Hot," "noisy," "dangerous," "smelly," and other workplace environment challenges can be resolved by SDG Corporation. You can view the products for solutions in our "Comprehensive Catalog of Environmental Improvement Equipment" available for PDF download. Please make use of it. 【Resolving issues such as the following】 ■ Hot / Cold ■ Too much / Not enough ■ Dirty / Smelly ■ Noisy ■ Dangerous *For more details, please refer to the PDF materials or feel free to contact us. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

SDG Corporation will conduct proper diagnostics for all currently installed exhaust and dust collection equipment. From work environment measurements to the installation of local exhaust systems, our company provides a one-stop solution for everything. Please feel free to contact us. 【Target Equipment】 ■ Equipment that has been installed for a long time ■ Equipment with duct routes that have been added or changed since initial installation ■ Equipment whose ability to maintain initial performance is uncertain ■ Equipment whose compliance with current regulations is uncertain *For more details, please refer to the PDF document or feel free to contact us. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

The "High Airflow Mist Collector CRL-H22" is the optimal mist collector for situations that require a large volume of airflow, such as open-type machining centers. It delivers maximum performance in the working area thanks to a blower designed specifically for mist collection. Coarse dust and chips generated during cutting operations are shut out by the primary filter. The mist is separated and collected through a combination of high-performance special filters. Opening the door allows for easy inspection of the interior and all filter checks and replacements. 【Features】 ■ High airflow type ■ High efficiency ■ Compatible with coarse dust and chips ■ Excellent collection effectiveness ■ Easy maintenance For more details, please refer to the catalog or feel free to contact us. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

1. Compatible with high-temperature mist (below MAX 80℃). 2. You can freely choose a combination of filterless and filter types according to usage conditions. A multi-select type that allows for six combinations with one model. (Utility model registration application pending) About multi-select. 3. Equipped with our own top runner motor IE3. (Excluding 0.4kW) 4. Easy and safe maintenance. Filter replacement is possible while the duct hose is attached. 5. Corrosion-resistant coating. Epoxy-based coating is used on the impeller to enhance durability against rust. 6. Excellent motor. Designed for safety with protection class IP65 (dust and water spray protection type). 7. Motor burnout prevention terminal included. A thermal protector is installed in the motor winding, allowing connection to the electromagnetic switch operation circuit to prevent burnout. 8. CE compliant. We can also manufacture CE-compliant products based on customer requests. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

【Low Noise】 Thanks to the newly developed low-noise blower and soundproof structure, we have achieved an operating noise of 64dB at 2.2kW output and 67dB at 3.7kW output. 【Space Saving】 We have achieved space saving through a compact blower and new filter arrangement. #Heat Mitigation #Airflow Analysis #Explosion Proof

■ The innovative layout of the dust removal parts achieves a compact design! → 20% volume reduction (compared to our previous models, a decrease of 13% to 25%) ■ The adoption of a new soundproof structure realizes groundbreaking low noise levels! → 62dB (A) at 1.5kw, 68dB (A) at 2.2kw, 68dB (A) at 3.7kw, 71dB (A) at 5.5kw * For details, please check "Request for Materials" and "Catalog Download." #HeatCountermeasures #AirflowAnalysis #ExplosionProof

To all businesses handling chemical substances, are you aware that the Industrial Safety and Health Act was amended on June 1, 2016? Risk assessments have become mandatory for workplaces handling certain hazardous chemical substances (640 substances). Let's conduct risk assessments to prevent occupational accidents. 【Flow of Risk Assessment】 ■ Identification of hazards or harmful effects from chemical substances, etc. ■ Estimation of risks ■ Consideration of risk reduction measures ■ Implementation of risk reduction measures ■ Notification of risk assessment results to workers *For more details, please refer to the PDF materials or feel free to contact us. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

In November 2014, the "Regulations for the Prevention of Chemical Substance Hazards and Work Environment Measurement Standards" were revised. In indoor workplaces where gases and vapors of target substances are dispersed, it is mandatory to install ventilation systems. *Please check the "Basic Information" for target substances. Showa Electric is improving the environment in workplaces that use organic solvents with the push-pull type ventilation system "Ventilaser." We provide a one-stop solution from measuring the work environment to installing the equipment. We help reduce the risk of ignition and health hazards for workers, supporting the creation of a safe working environment. The equipment is designed to be energy-efficient and compact, capable of channeling harmful substances into the ventilation hood before they disperse, thereby suppressing their spread to the surroundings. **Features of the Push-Pull Type Ventilation System "Ventilaser":** ◎ Suitable for workplaces involved in reagent component analysis, cleaning and coating, printing, and bonding processes ◎ Equipped with pressure-resistant explosion-proof motors for exhaust fans ◎ Easy operation via a touch panel ◎ Options for table type, wall type, horizontal flow, and downward flow according to the site conditions *You can view more details via PDF download. Please feel free to contact us for inquiries. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

In November 2014, the "Regulations on the Prevention of Chemical Substance Hazards and Work Environment Measurement Standards" were revised. In indoor workplaces where gases and vapors of target substances are dispersed, it is mandatory to install ventilation systems. *Please check "Basic Information" for target substances. Showa Electric is improving the environment in workplaces that use organic solvents with the push-pull type ventilation system "Ventilacer." We provide a one-stop solution from work environment measurement to equipment installation. We support the creation of a safe working environment by reducing the risk of ignition and health hazards for workers. The equipment is designed to be energy-efficient and compact, allowing harmful substances to be directed to the ventilation hood before they can disperse, thereby suppressing their spread to the surroundings. **Features of the Push-Pull Type Ventilation System "Ventilacer":** ◎ Suitable for workplaces involved in reagent component analysis, cleaning and coating, printing, and bonding processes ◎ Equipped with pressure-resistant explosion-proof motors for exhaust fans ◎ Easy operation via a touch panel ◎ Options available for table type, wall type, horizontal flow, and downward flow depending on the site *You can view more details from the PDF download. Please feel free to contact us with any inquiries. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

In November 2014, the "Regulations for the Prevention of Chemical Substance Hazards and Work Environment Measurement Standards" were revised. In indoor workplaces where gases and vapors of target substances are dispersed, it is mandatory to install ventilation systems. *Please check "Basic Information" for the target substances. Showa Electric is improving the environment in workplaces that use organic solvents with the push-pull type ventilation system "Ventilaser." We provide a one-stop solution from measuring the work environment to installing the equipment. We help reduce the risk of fire hazards and health damage to workers, supporting the creation of a safe working environment. The equipment is designed to be energy-efficient and compact, capable of directing harmful substances to the ventilation hood before they disperse, thereby suppressing their spread to the surroundings. **Features of the push-pull type ventilation system "Ventilaser":** - Suitable for workplaces involved in reagent component analysis, cleaning and coating, printing, and bonding processes. - Equipped with pressure-resistant explosion-proof motors in the exhaust fans. - Easy operation via a touch panel. - Options for table type, wall type, horizontal flow, and downward flow can be selected according to the site. *You can view more details from the PDF download. Please feel free to contact us for inquiries. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

Aren't there alcohol disinfectants placed at reception areas, entrances, and store entrances for virus prevention? The "Stainless Steel Alcohol Stand" provided by SDG Corporation is foot-operated, allowing for alcohol disinfection without directly touching the container. 【Features of the Foot-Operated Alcohol Stand】 ■ Hygienic as it does not require touching the container ■ Stylish mirror-finish stainless steel ■ Compatible with various sizes of alcohol dispensers ■ Ideal for installation at reception areas, entrances, and store entrances *This product includes only the stand itself. Please prepare the disinfectant yourself. *You can view more details from the PDF download. Feel free to contact us with any inquiries. #HeatCountermeasures #AirflowAnalysis #ExplosionProof

The International Agency for Research on Cancer classifies welding fumes as Group 1 (carcinogenic to humans). Indoor workplaces where metal arc welding and similar operations are conducted must implement ventilation through a general ventilation system or equivalent measures. Indoor workplaces that continuously perform metal arc welding and similar operations must measure the concentration of welding fumes in the air through personal sampling. (Measurements must be conducted by March 31, 2022.) 【Engineering Measures for Welding Operations】 ■ Push-pull ventilation system ■ Local exhaust system ■ General ventilation system SDG is a workplace environment measurement organization. We can measure and evaluate concentrations. We also provide one-stop support for construction work, notification documents, and workplace environment assessments. *You can view more details from the PDF download. Please feel free to contact us with any inquiries. #Heat Prevention #Airflow Analysis #Explosion Proof

The International Agency for Research on Cancer classifies welding fumes as Group 1 (carcinogenic to humans). Indoor workplaces where metal arc welding and similar operations are conducted must implement ventilation through a general ventilation system or equivalent measures. Indoor workplaces that continuously perform metal arc welding and similar operations must measure the concentration of welding fumes in the air through personal sampling. (Measurements must be conducted by March 31, 2022.) 【Engineering Measures for Welding Operations】 ■ Push-pull ventilation system ■ Local exhaust system ■ General ventilation system SDG is a workplace environment measurement organization. We can measure and evaluate concentrations. We also provide one-stop support for construction, notification documents, and workplace environment evaluations. *You can view details from the PDF download. Please feel free to contact us with any inquiries. #Heat Stress Measures #Airflow Analysis #Explosion Proof

Starting from April 2021, welding fumes will be regulated as specified chemical substances. Indoor workplaces where metal arc welding and similar operations are conducted must implement ventilation through a general ventilation system or take equivalent or greater measures. Additionally, indoor workplaces that continuously perform metal arc welding and similar operations are required to measure the concentration of welding fumes in the air through personal sampling. As engineering measures for welding operations, there are "push-pull ventilation systems" and "local exhaust systems" that prevent diffusion to the surroundings while maintaining safety and workability. Our company is a work environment measurement organization, so we can measure and evaluate concentrations, and we provide one-stop support for preparation of construction and notification documents as well as work environment evaluations. *For more details, please refer to the PDF materials or feel free to contact us.

In recent years, various coatings, substances, and materials have been developed, contributing to the advancement of the industrial sector. Not only newly developed substances but also existing substances can have immeasurable effects on the human body due to prolonged contact. Therefore, efforts to protect employees engaged in work are being strengthened. This document introduces topics such as "work environment measurement," "verification until construction," and "SDG initiatives in healthcare." Please feel free to download and take a look. [Contents (partial)] ■ Work environment improvement: "What Showa Electric can do" ■ Verification until construction ■ Showa Electric's initiatives in healthcare ■ Proposals for systems and equipment for medical facilities ■ Application examples *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of dust dispersion prevention equipment introduced at the parts input area. In the automotive parts manufacturing process, at the conveyor entrance where parts are fed in, there was a problem of dust adhering to the parts and becoming airborne when they moved on the conveyor. After the introduction of the "CFA-H515" and the opening and closing cover hood, we were able to prevent dust from becoming airborne and dispersing by closing the cover after feeding in the parts and using a dust collector to suction it. 【Case Overview】 ■ Background of Introduction - Dust was becoming airborne when parts moved on the conveyor. ■ Improvement Details - By closing the cover after feeding in the parts and using a dust collector to suction, we were able to prevent dust from becoming airborne and dispersing. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of dust collection equipment for grinding operations that generate sparks. In the metal parts manufacturing industry, sparks from metal grinding and cutting were scattering around. There was not only dust dispersion but also a risk of fire. After the introduction of the equipment, high-pressure suction was performed using a dust collector with a turbo blower, and a settling box was used to reduce fire hazards. This allowed for the removal of dust dispersion and fire risks. 【Case Overview】 ■ Background of Introduction - Sparks from metal grinding and cutting were scattering around, posing a risk of dust dispersion and fire. ■ Improvement Details - High-pressure suction was performed using a dust collector with a turbo blower, and fire hazards were reduced with a settling box. - Dust dispersion and fire risks were eliminated. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of dust collection equipment for dust generated from rubber mixing machines. In the industrial rubber product manufacturing industry, dust is generated during the mixing process from rubber raw material mixers. Visual inspections are necessary during the process, making it difficult to enclose the area with a hood. After the introduction of the equipment, areas requiring visual inspection can be covered with transparent sheet hoods, allowing for inspections to be conducted. Dust dispersion prevention has also become possible. 【Case Overview】 ■ Background of Introduction - Dust is generated during the mixing process from rubber raw material mixers. - Visual inspections are necessary during the process, making it difficult to enclose the area with a hood. ■ Improvement Details - Areas requiring visual inspection can be covered with transparent sheet hoods for inspection, and dust dispersion prevention has also become possible. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the introduction of dust collection equipment during the processing of Bakelite. Bakelite, made by compressing various raw materials, posed a problem of large amounts of dust scattering during dry processing. After the introduction of the equipment, it became possible to work with an acrylic hood even for processes requiring visual inspection, which also enabled dust scattering prevention. 【Contents】 ■ Background of Introduction - Large amounts of dust scatter when Bakelite is processed dry ■ Improvements Made - It became possible to work with an acrylic hood even for processes requiring visual inspection, enabling dust scattering prevention *For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce a case study on the implementation of dust control equipment for stirring industrial materials. In the industrial materials manufacturing industry, dust generated during the processes of weighing, feeding into equipment, and discharging from equipment during stirring operations was a concern for workers. By installing local exhaust systems in various locations and using dust collectors to capture the dust, we were able to prevent it from affecting the workers. [Case Overview] ■ Background of Implementation - Dust generated during the processes of weighing, feeding into equipment, and discharging from equipment during stirring operations was affecting workers. ■ Improvement Details - By installing local exhaust systems in various locations and using dust collectors to capture the dust, we were able to prevent it from affecting workers. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the introduction of exhaust equipment for weighing livestock feed ingredients. In livestock feed manufacturing, there was a problem with dust generation during the weighing of livestock feed ingredients. By proposing a specially designed solution tailored to the manufacturing environment and introducing a hooded workbench and explosion-proof dust collector, the working environment has become cleaner. 【Case Overview】 ■ Background of Introduction - There was a problem with dust generation during the weighing of livestock feed ingredients, causing difficulties. ■ Improvement Details - The introduction of a hooded workbench and explosion-proof dust collector has resulted in a cleaner working environment. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the dust collection equipment for NC router resin processing powder. In the manufacturing of piping components, resin powder was generated from the NC router resin processing machine, resulting in a dust-filled factory that made cleaning very difficult. By directly connecting a duct to the cover of the router spindle, we were able to efficiently collect dust using SDG's large pulse jet series dust collector. 【Case Overview】 ■ Background of Implementation - Resin powder was generated from the NC router resin processing machine, leading to a dusty factory that made cleaning challenging. ■ Improvement Details - A duct was directly connected to the cover of the router spindle, allowing for efficient dust collection with SDG's large pulse jet series dust collector. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the introduction of local dust collection equipment in the filter cleaning process. At a train depot, there was a problem where a large amount of dust was generated when cleaning filters used in trains. By installing a hood with a workbench and the "CFA-H515," the dust generated was effectively exhausted, allowing for smooth cleaning. [Case Overview] ■ Background of Introduction - We were troubled by the large amount of dust generated when cleaning filters used in trains. ■ Improvement Details - By installing a hood with a workbench and the "CFA-H515," the dust generated was effectively exhausted, allowing for smooth cleaning. - We also conducted installation and electrical work together, which shortened the introduction period. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the implementation of mist collection equipment that occurs during testing. In the manufacturing of automotive parts, mist was generated during the test operation of drive equipment. Due to the various shapes and sizes, as well as the different positions for attaching measuring devices, it was difficult to enclose the area with a hood. By introducing the "CRH-15E," we were able to secure a large workspace when installing the test equipment, allowing us to collect the mist generated during testing without compromising work efficiency. [Case Overview] ■ Background of Implementation - Mist was generated during the test operation of drive equipment. - Due to the various shapes and sizes, as well as the different positions for attaching measuring devices, it was difficult to enclose the area with a hood. ■ Improvement Details - When installing the test equipment, a large workspace was secured, allowing us to collect the mist generated during testing without compromising work efficiency. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the installation of oil mist recovery equipment that generates a large amount of oil mist. In automobile parts manufacturing, there is a significant amount of oil mist generated, and the electric system requires cleaning, leading to a desire for simple maintenance such as filter replacement. After the introduction of the "Z-168 Special Mist Racer," the timing for filter replacement became clear through the differential pressure gauge, allowing for simple maintenance such as filter replacement. [Case Overview] ■ Background of Installation - There is a significant amount of oil mist generated, and the electric system requires cleaning, leading to a desire for simple maintenance such as filter replacement. ■ Improvements Made - The timing for filter replacement became clear through the differential pressure gauge, allowing for simple maintenance such as filter replacement. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the introduction of smoke recovery equipment during blade processing. In the blade manufacturing industry, mist and smoke were generated together. The exhaust from the mist collector was being vented through a centralized duct, but there was a problem with smoke flowing into the duct, causing oil leaks. With the introduction of the "CRM-H07-S23," the amount of smoke flowing into the duct was reduced, and oil leaks from the duct were eliminated. 【Case Overview】 ■ Background of Introduction - Mist and smoke were generated together. - The exhaust from the mist collector was vented through a centralized duct, but smoke flowed into the duct, causing oil leaks. ■ Improvements Made - The amount of smoke flowing into the duct was reduced, and oil leaks from the duct were eliminated. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of mist recovery equipment for the grinding process. In the metal parts manufacturing industry, we were struggling with the mist generated during the grinding process. When installing materials on the grinding machine, a crane or similar equipment was necessary. Therefore, it was difficult to install a hood to enclose the source of the mist. After the introduction of the "CRM-H15-S23," we were able to secure a large working space when installing materials, which prevented the mist generated during the grinding process from scattering into the surrounding area. [Case Overview] ■ Background of Introduction - A crane or similar equipment was necessary when installing materials on the grinding machine. - Therefore, it was difficult to install a hood to enclose the source. ■ Improvements Made - A large working space was secured when installing materials. - The mist generated during the grinding process was prevented from scattering into the surrounding area. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the implementation of oil mist control equipment for open-type machine tools. During the machining of parts with an open-type vertical lathe, we were unable to install a hood due to operational constraints, resulting in oil mist leaking from the ceiling, which was problematic. By installing a push-pull type mist collector, we were able to save space compared to a full cover for open-type machine tools and reduce costs. [Case Overview] ■ Background of Implementation - While machining parts with an open-type vertical lathe, we were unable to install a hood, leading to oil mist leaking from the ceiling. ■ Improvement Details - We installed a push-pull type mist collector, which improved the factory environment without changing the workability. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the mist recovery equipment for a large amount of oil droplet generation processing machines. In the automotive parts manufacturing industry, when processing automotive parts, a large amount of oil droplets and oil mist was leaking from the machine tools, causing the floor to become slippery and oil to accumulate on the machines, which was problematic. By installing mist tracers and suction ports with shielding plates on the machine tools, the issue of oil mist leakage was resolved, and the factory environment became cleaner. 【Case Overview】 ■ Background of Implementation - A large amount of oil droplets and oil mist was leaking from the machine tools. - The mist adhering to the floor made it slippery and caused oil to accumulate on the machines, which was problematic. ■ Improvements Made - By installing mist tracers and suction ports with shielding plates on the machine tools, the issue of oil mist leakage was resolved, and the factory environment became cleaner. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study of the implementation of an oil mist collection system with a timer function. In a cutting tool manufacturing company, there was a request to turn off the power to the mist collector after nighttime operation using timer control, even when no employees were present. By installing a mist tracer and a timer control panel, the workplace environment has become cleaner. The power to the mist tracer also automatically shuts off, eliminating unnecessary electricity costs. [Case Overview] ■ Background of Implementation - The company manufactures high-value-added products, resulting in long processing times per unit, operating 20 hours a day. - There was a desire to turn off the power to the mist collector after nighttime operation using timer control when no employees were present. ■ Improvements Made - The workplace environment has become cleaner. - The power to the mist tracer automatically shuts off, preventing unnecessary electricity costs. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case of collecting dust generated from a deburring machine. A metal processing company requested a filter replacement for the dust collector and cleaning inside the dust collector. By performing the filter replacement and internal cleaning, we were able to improve the reduced suction capacity. 【Case Overview】 ■ Background - Filter replacement for the dust collector and cleaning inside the dust collector ■ Improvement Details - The suction capacity, which had decreased, was improved by performing the filter replacement and internal cleaning ■ Equipment Introduced - Filter for CF-3700H *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on pest control measures in the shipping process using conveyors. In the sugar manufacturing industry, when sugar was being transported from the second-floor workspace to the first-floor shipping area using a conveyor, insects were entering from the first floor to the second floor. By installing a cross-flow fan and utilizing an air curtain, we were able to prevent insect intrusion without interfering with the operation of the conveyor. 【Case Overview】 ■ Background - Insects were entering while sugar was being transported using the conveyor. ■ Improvement Measures - Installed a cross-flow fan. - Set up insect nets to prevent intrusion through gaps. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on improving air conditioning in a factory within the medical equipment precision processing industry. In this factory, the cold air from the air conditioning was not reaching the entire facility, so they were considering whether to add more air conditioning units to circulate air throughout the factory. By installing a wind racer in front of the air conditioning unit, the cold air was able to reach further, eliminating the need for additional air conditioning units. 【Case Overview】 ■ Background - The cold air from the air conditioning was not reaching the entire factory. - Consideration was given to adding more air conditioning units to circulate air throughout the factory. ■ Improvements Made - A wind racer was installed in front of the air conditioning unit. - The cold air was able to reach further, eliminating the need for additional air conditioning units. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case of circulating air conditioning cold air in a resin parts manufacturing factory. In this factory, heat generated from the injection molding machines that shape resin parts caused the areas around the aisles to become excessively hot, making it difficult to effectively use the air conditioning. As a solution, we were able to circulate the cold air from the air conditioning using a wind racer, thereby improving the working environment. 【Case Overview】 ■ Background - Heat generated from the injection molding machines that shape resin parts - Difficulty in effectively using the air conditioning due to excessive heat around the aisles ■ Improvement Details - Circulation of cold air from the air conditioning using a wind racer - Improvement of the working environment *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case where our company implemented equipment for blowing away debris in the release agent booth at a finished product manufacturing plant. In this plant, on the manufacturing line for automotive interior materials (polyurethane), they were reducing the defect rate by blowing away polyurethane debris with air blow (compressor) before applying the release agent. After the equipment was introduced, switching from compressor air to a blower resulted in energy savings, allowing for a reduction in electricity costs. [Case Overview] ■ Background of Implementation - On the manufacturing line for automotive interior materials, they were reducing the defect rate by blowing away polyurethane debris with air blow before applying the release agent. ■ Improvements Made - Energy savings were achieved by switching from compressor air to a blower. - Electricity costs were reduced. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case where the temperature of the ceiling was improved in automotive parts manufacturing. There was a problem where the heat from the carburizing furnace could not be ventilated properly and became trapped in the ceiling, resulting in very high temperatures. By using a wind racer to direct the blown heat towards the opposite window, we were able to exhaust the heat outside and reduce the ceiling temperature from 48.5°C to 43.5°C, a decrease of 5°C. 【Case Overview】 ■ Background - The heat from the carburizing furnace could not be ventilated properly and became trapped in the ceiling. - The ceiling temperature was very high. ■ Improvement Details - Used a wind racer to direct the blown heat towards the opposite window and exhaust it outside. - Successfully reduced the ceiling temperature by 5°C (from 48.5°C to 43.5°C). *For more details, please refer to the PDF document or feel free to contact us.