Our supervised "Cost Reduction Guide" is now available!

After introducing the in-house water supply system, we achieved a cost reduction of over 20 million yen annually, and by having a water source other than the public water supply, we also contributed to measures against water outages and increased water volume.

Our company's self-supply water system not only helps reduce water bills but also contributes to measures against water outages (disaster prevention, BCP), water quality improvement, and increased water volume. Industry: Food Factory Location: Saga Prefecture 【Features】 Utilization of industrial water Equipment: Filtration + UF membrane Reduction in water bills: Approximately 20 million yen/year down Maximum supply water volume: 35m3/Hr By having a water source other than the public water supply for manufacturing water, we contribute to: 1. Measures against water outages during emergencies through the dual system of UF membrane treated water and public water 2. Measures for increased water volume due to increased production through the dual system of UF membrane treated water and public water 3. Measures for increased water volume due to increased production through the enhancement of water tanks. ● You can view materials that include case studies from "PDF Download." If you wish to make an inquiry, please feel free to contact us from "Contact Us." *Water source surveys, cost reduction simulations, and other consultations are provided free of charge.

• Water treatment equipment
• Filtration Equipment
• Other water treatment equipment

Turning surplus industrial water into drinking water! Achieving an annual reduction of about 90 million yen in water bills!

Industry: Major Chemical Plant Location: Mie Prefecture <Repurposing Industrial Water Instead of Groundwater> To secure drinking water, a private water supply system was introduced. By purifying a portion of the surplus industrial water and converting it into drinking water, we have achieved water conservation for the tap water supply. This water is used for the drinking needs of approximately 3,300 employees working at the plant. It has also led to a reduction in water utility costs, successfully achieving an annual cost reduction of about 90 million yen through an ESCO contract. 【Features】 Private water supply using industrial water Equipment: Industrial water + Filtration + UF Membrane Plant capacity: 60m3/h Water utility cost reduction: Approximately 90 million yen ● Please feel free to contact us through the "Contact Us" section. *Water source surveys, cost reduction simulations, and other inquiries are provided free of charge.

• Filtration Equipment
• Other water treatment equipment

We provide high-purity water (distilled water) using a private water supply system that utilizes water from rivers with stable water sources.

Industry: Chemical Plant <Providing water with extremely low impurities using a manufacturing water system + pure water device> 【Features】 ○ Self-supplied water system using river water ○ Equipment: River water + filtration + UF membrane ○ Plant capacity: 50m3/Hr ● You can view materials that include case studies from the "PDF Download." If you would like to make an inquiry, please feel free to contact us through the "Contact Us" section. * Water source investigation, cost reduction simulation, and other consultations are available for free.

• Other water treatment equipment

Water produced by the home water system can be used for various purposes, including drinking water, washing hands, bathing, pools, toilets, and car washing.

Industry: Sports Club 【Features】 Self-supplied water system using a well Equipment: Well + Filtration + UF Membrane Plant capacity: 6m³/Hr It is possible to secure approximately 80m³ of water per day during business hours. ● You can view materials that include case studies from the "PDF Download." If you would like to make an inquiry, please feel free to contact us through the "Contact Us" section. *Water source surveys, cost reduction simulations, and other consultations are provided free of charge.

• Other water treatment equipment

[Case Study Collection] We provide one-stop solutions for issues ranging from the installation and upgrading of water treatment facilities to disaster prevention (water outage) measures and the streamlining of equipment maintenance.

【Case Study】 Industry: Major Food Factory (Chiba Prefecture) ◇◇Features◇◇ Self-supplied water system using wells Equipment: 5 wells + 2 series of water treatment plants Water bill reduction rate: Approximately 70% reduction (about 80 million yen/year down) 1. Dual water supply system with 5 wells and 2 series of water treatment plants for emergency water supply measures (BCP - Business Continuity Plan) 2. Reduction of water bills through the use of 5 wells and 2 series of water treatment plants 3. Outsourcing of maintenance for the water treatment plants (labor-saving) These are the three benefits! ● You can view the materials that include the case study from "PDF Download." If you would like to make an inquiry, please feel free to contact us through "Contact Us." *We also offer free services for water source surveys, cost reduction simulations, and other consultations.

• Beverage Production Equipment
• others

Pump up groundwater with your own water supply system, filter it, and enjoy safe, secure, and delicious drinking water. It not only reduces costs but also serves as a disaster prevention measure.

Industry: General Hospital Location: Kyoto Prefecture <Utilizing filtered groundwater as drinking water and for domestic use> In order to diversify water sources (disaster prevention measures), we have been implementing a private water supply system for over 10 years. Additionally, after introducing it through the ESCO method, we have successfully reduced costs by more than 30% compared to conventional water supply fees. ◇◇Features◇◇ Private water supply using wells Equipment: 2 wells + filtration + MF membrane Plant capacity: 12m3/Hr ● Please feel free to contact us through "Contact Us." *Water source surveys, cost reduction simulations, and other consultations are provided free of charge.

• Other water treatment equipment

Not only achieving about a 20% cost reduction with a full maintenance contract, but also realizing labor savings! Contributing to disaster prevention measures as a secondary water source.

Industry: General Hospital Location: Osaka Prefecture <Introduced for cost reduction and disaster prevention measures> It was introduced simultaneously with the complete renewal of the plant. By renewing the equipment, it also leads to cost reduction. By connecting to the emergency generator, measures against water outages are also implemented. ◇◇Features◇◇ Self-supplied water system using a well Equipment: Well + Filtration + UF Membrane Plant capacity: 25m3/Hr Reduction rate of water supply costs: Approximately 20% (about 6 million yen/year reduction) ● You can view the materials that include case studies from "PDF Download." If you wish to make an inquiry, please feel free to contact us from "Contact Us." *Water source surveys, cost reduction simulations, and other consultations are provided free of charge.

• Other water treatment equipment

Are you adequately responding to the increasing awareness of disaster prevention? During disasters, securing "water other than drinking water" is particularly difficult.

Many facilities are being introduced for the purpose of disaster prevention and mitigation measures, as well as BCP (Business Continuity Planning). It is important to have a separate water source from the municipal water supply and to be equipped with sufficient water storage tanks. <Disaster Prevention Measures as a Secondary Water Source> A private water supply system (water supply equipment utilizing groundwater) can also be used as a secondary water source during disasters, making it effective for disaster prevention and mitigation measures. Even during municipal water supply outages, it enables the provision of water to neighboring residents, contributing to the community. Some facilities are registered as "disaster cooperation wells" or "disaster prevention wells." Case Study: Ibaraki Prefecture General Hospital [Features] Water Source: Groundwater System: Well + Filtration + UF Membrane Reduction in municipal water costs: Approximately 1 million yen/year decrease Introduced using the ESCO method We welcome inquiries regarding disaster prevention and mitigation measures for corporations, businesses, factories, and medical facilities. Please feel free to contact us through the "Contact Us" section.

• Pure water production equipment
• Water treatment equipment
• Wastewater/wastewater treatment equipment

Fukuda Co., Ltd., which develops, manufactures, and sells leak testing equipment to inspect airtightness and sealing performance, provides a technical document that clearly explains the methods and theories of airtight testing, titled "Technical Manual." We are offering it as a PDF file. Please take this opportunity to download and view it!

● What is a packaging container air leak test device? It is a leak testing device that identifies the peeling, tearing, and presence of pinholes in packaging containers for pharmaceuticals and other products, conducting a Container Closure Integrity Test (CCIT). It can be applied to a wide variety of packaging containers, including flexible packaging, bottle containers, and glass containers, primarily in pharmaceutical packaging. The measurement method employs the <sealed chamber method (pressure change leak testing method 1)>. A sample is placed in the chamber, and by applying pressure or vacuum and measuring the pressure change within the chamber, quantitative inspection is performed. It can be used in various scenarios, including offline manufacturing, inline manufacturing, CMC laboratories, quality control laboratories, and stability testing. * The containers subject to inspection are referred to as "work" or "samples." Here, specific samples are referred to as "samples" to differentiate the terminology.

The pinhole inspection for packaging engineering is fully automated, eliminating packaging defects based on certain quality standards. The judgment results and operational status can be managed via a monitor screen. - Quantitative management of quality standards for the pinhole inspection process - Ensuring the quality of the product's shelf life - Establishing evaluation criteria for the manufacturing process, achieving quantitative quality assurance - Slim and space-saving design that can be connected to existing production lines - Quick changeover for product variety switching can be handled in a short time by exchanging chambers - Fully domestically produced, allowing for rapid maintenance and troubleshooting - Example target works: pillow packaging, packaged rice (packaged cooked rice), etc. *Please consult us regarding the use of this product for pharmaceuticals.

In construction work, it is important not only to focus on the building itself but also to create a safe environment for construction vehicles and workers to move around. The Hyper CLT plywood is a lightweight wooden board that utilizes CLT. It can be used as temporary materials to support temporary roads, material delivery routes, heavy machinery work yards, material storage areas, and worker pathways, rather than as structural materials for buildings. The 5×10 board weighs approximately 230 kg, making it relatively lightweight and easy to install, remove, or relocate depending on site conditions. This allows for the boards to be moved in accordance with the progress of the construction, making it easier to effectively utilize limited space. Additionally, the natural texture of the wood blends well with construction sites in residential areas and around public facilities, contributing to considerations for metal noise and summer heat reflection. The Hyper CLT plywood is a registered technology under the Ministry of Land, Infrastructure, Transport and Tourism's NETIS system, designated as "TH-250021-A." It can be incorporated into highly public construction projects and exterior and earthworks, promoting the use of new technologies and environmental considerations. Wooden plywood, NETIS, civil engineering, CLT, lightweight wooden boards. A new option for temporary materials using wood is available for construction sites.

● The production time for casting prototypes can be shortened! Since model production is not required, the time needed to create prototypes, which previously took about a month, can be significantly reduced. ● Model costs can be reduced! By directly producing sand molds from 3D data, there is no need for model production costs. If changes to the model are necessary, they can be addressed by modifying the 3D data. ● Similar products with different shapes and dimensions can be prototyped simultaneously! Different products, such as similar shapes or variations in dimensions, can be molded at the same time in a single molding process. This allows for the verification of multiple types in a short period.