ITSUWA CORPORATION Product Lineup

This is a temperature measurement camera that can detect faces and measure the temperature of 30 people simultaneously in just one second. It allows for non-contact temperature measurement and can accurately measure from several meters away. This product is effective in places with high foot traffic. By detecting body temperatures above a set threshold, it can notify devices such as PCs or alert on-site about abnormal readings. It can be utilized as part of health management for employees and visitors, as well as measures against infections and viruses within the company.

In fire prevention measures for factories, early fire extinguishing is crucial for protecting employees and property. Early detection of fires is key to minimizing damage. This product detects ultraviolet rays contained in flames in as little as 0.5 seconds, allowing for the early detection of small ignitions that could cause fires. It can be installed both indoors and outdoors, addressing fire risks in various locations within the factory. 【Usage Scenarios】 - Manufacturing lines - Warehouses - Outdoor equipment - Electrical rooms 【Benefits of Implementation】 - Reduction of operational shutdown risks due to fires - Ensuring employee safety - Minimizing damage to property

In the office, rapid evacuation and damage minimization during a fire are crucial. Especially for ensuring employee safety, it is necessary to conduct initial firefighting and evacuation guidance smoothly. Conventional fire alarms may have issues with false alarms or limitations on installation locations, which can delay early detection. Our flame sensor adopts a world-class ultraviolet detection method, detecting ultraviolet rays contained in flames in as little as 0.5 seconds. It can be installed both indoors and outdoors, enhancing safety measures in the office. 【Usage Scenarios】 - Office buildings - Research facilities - Retail stores - Warehouses 【Benefits of Implementation】 - Minimization of damage through early fire detection - Ensuring employee safety - Realization of rapid evacuation guidance

At the hospital, the safety of patients is the top priority. To minimize damage in the event of a fire, early detection of fires in the initial stages is essential. Our flame sensors can quickly and accurately detect fires through ultraviolet detection, even in outdoor areas or places that are easily affected by sunlight, where conventional smoke detectors may struggle. This ensures sufficient evacuation time for patients and protects their safety. 【Usage Scenarios】 - Patient rooms - Hallways - Reception areas - Outdoor parking lots 【Benefits of Implementation】 - Minimization of damage through early fire detection - Ensuring the safety of patients and staff - Improvement of the hospital's reliability

In the hotel industry, ensuring the safety of guests is the top priority. A swift response in the event of a fire is essential for protecting lives and greatly impacts the company's reliability. Traditional fire alarms have faced challenges such as false alarms and limitations on installation locations. Our flame sensors utilize world-class ultraviolet detection technology, allowing for the early detection of small ignitions both indoors and outdoors. This enables prompt evacuation guidance and initial firefighting efforts, ensuring the safety of guests. 【Usage Scenarios】 - Throughout the hotel, including guest rooms, lobbies, and restaurants - Outdoor parking lots and smoking areas - High-risk areas such as kitchens and boiler rooms 【Benefits of Implementation】 - Reduced risk of human casualties from fires - Faster firefighting efforts due to early detection - Providing peace of mind to guests - Enhanced corporate reliability

In commercial facilities, it is important to minimize damage from fires and ensure the safety of customers and employees. Especially in places where large numbers of people gather, delays in initial firefighting can lead to significant damage. Our flame sensors can detect ultraviolet light contained in flames in as little as 0.5 seconds, enabling early fire detection. They can be installed both indoors and outdoors, making them useful in various commercial facilities. 【Usage Scenarios】 - Stores - Offices - Parking lots - Warehouses 【Benefits of Implementation】 - Minimization of fire-related damage - Ensuring the safety of customers and employees - Prevention of damage expansion through early firefighting

In the warehouse industry, it is important to protect stored goods and materials from fire. Particularly in warehouses that handle highly flammable items, delays in initial firefighting can lead to significant damage. Our flame sensors quickly detect the ultraviolet light contained in flames, enabling early fire detection. This helps minimize damage and protects employees and property. 【Usage Scenarios】 - Product storage warehouses - Material storage areas - Hazardous materials warehouses 【Benefits of Implementation】 - Reduces damage from fires - Ensures employee safety - Improves business continuity

In data centers, it is extremely important to protect information assets from fire. Servers and network equipment are sensitive to heat, and in the event of a fire, it can lead to significant damage such as system downtime and data loss. Early fire detection is essential to minimize damage and ensure business continuity. This product can detect ultraviolet rays contained in flames in as little as 0.5 seconds, enabling early fire detection. [Usage Scenarios] - Server rooms in data centers - Areas for network equipment installation - UPS (Uninterruptible Power Supply) rooms - Backup data storage facilities [Benefits of Implementation] - Reduced risk of system downtime due to fire - Decreased risk of data loss - Improved business continuity - Protection of information assets

In facilities that handle cultural properties such as art museums and museums, the loss of valuable cultural heritage due to fire can result in immeasurable damage. Especially with wooden structures and the materials of exhibits, even a small spark can develop into a large-scale fire. Early fire detection is essential to minimize damage. Our flame sensors can detect ultraviolet light contained in flames in as little as 0.5 seconds, enabling early fire detection. 【Usage Scenarios】 - Exhibition rooms in art museums - Storage rooms - Historical buildings - Cultural property storage warehouses 【Benefits of Implementation】 - Protection of cultural properties - Reduction of fire damage - Mitigation of damage costs through early extinguishing - Ensuring the safety of visitors

The safety of students in schools is the top priority. A swift response during a fire is essential to protect the lives of students. Traditional fire alarms may overlook small initial fires. This product quickly detects the ultraviolet light contained in flames, enabling early fire detection. 【Usage Scenarios】 - Various locations within the school, such as classrooms, gymnasiums, and laboratories - Areas with a high risk of fire (kitchens, electrical rooms, etc.) - Fire monitoring during unmanned times at night or on holidays 【Benefits of Implementation】 - Ensuring evacuation time through early fire detection - Improving student safety - Reducing property damage - Enhancing the peace of mind for school personnel

In the subway, rapid fire detection is essential to minimize damage in the event of a fire. Especially in the confined space of the subway, the accumulation of smoke can delay evacuation, and the emergence of toxic gases can threaten passenger safety. This product detects ultraviolet rays contained in flames in as little as 0.5 seconds, enabling early-stage fire detection. This ensures evacuation time for passengers and minimizes damage. 【Usage Scenarios】 - Inside subway stations - Inside subway cars - Inside tunnels - Substations 【Benefits of Implementation】 - Ensuring passenger safety through early fire detection - Reducing damage caused by fires - Minimizing impact on operations - Enhancing corporate reliability

At power plants, the safe operation of equipment is the top priority. Fires can lead to plant shutdowns and significant damage. The risk of fire increases, especially in areas with high-temperature equipment or where flammable materials are handled. Our flame sensors detect ultraviolet light contained in flames in as little as 0.5 seconds, contributing to early fire detection. 【Usage Scenarios】 - Substation equipment - Turbine rooms - Cable racks - Fuel storage facilities 【Benefits of Implementation】 - Reduced risk of equipment shutdown due to fire - Minimization of damage through early extinguishing - Ensured safety for employees - Improved business continuity

In theme parks, ensuring the safety of visitors is the top priority. Early detection and rapid response in the event of a fire are essential to minimize damage and maintain a safe environment. Particularly in theme parks with many outdoor facilities and attractions, the risk of fire is high, and quick action is required. This product detects ultraviolet rays contained in flames, enabling early fire detection. 【Usage Scenarios】 - Attraction facilities - Outdoor event venues - Restaurants and shops 【Benefits of Implementation】 - Minimization of damage through early detection of fires - Ensuring the safety of visitors - Reducing the risk of damage to facilities

In the shipping industry, fuel efficiency is an important issue. The rise in temperature in the engine room and living quarters increases the air conditioning load, leading to an increase in fuel consumption. Thermal Shield effectively blocks radiant heat, addressing these problems and contributing to improved fuel efficiency. 【Usage Scenarios】 - Engine room - Living quarters - Cargo hold 【Benefits of Implementation】 - Reduction of air conditioning load - Decrease in fuel consumption - Creation of a comfortable onboard environment

In factories, the decrease in heat exchange efficiency due to scale buildup in cooling towers can lead to reduced production efficiency and increased energy costs. Scale also increases the risk of equipment failure and causes more frequent maintenance. The ElectroLife EL-10A-1 removes scale using electrolytic technology, contributing to improved productivity in factories by maintaining the performance of cooling towers. 【Usage Scenarios】 - Measures against scale in cooling towers - Maintenance of heat exchange efficiency - Energy-saving measures 【Benefits of Implementation】 - Improved cooling capacity due to enhanced heat exchange efficiency - Reduction in maintenance labor - Decrease in electricity costs

In the food manufacturing industry, hygiene management of manufacturing equipment is extremely important. When scale adheres to cooling water systems such as cooling towers, it can lead to a decrease in heat exchange efficiency, resulting in reduced cooling capacity and an increased risk in terms of hygiene. Scale can also cause deterioration in product quality and halt production lines, posing a significant challenge for food manufacturers. ElectroLife addresses these issues by removing scale with electrolytic technology and preventing reattachment. 【Usage Scenarios】 - Cooling towers - Compressors - Various manufacturing equipment using cooling water 【Benefits of Implementation】 - Energy savings by maintaining heat exchange efficiency - Maintenance of a hygienic manufacturing environment - Reduction in maintenance labor hours

In the agricultural sector, the efficient operation of irrigation equipment significantly impacts both yield and costs. Particularly when using groundwater or hard water, scaling (mineral deposits) tends to accumulate on pipes and nozzles, hindering water flow and reducing irrigation efficiency. This issue can lead to poor crop growth and increased water usage, ultimately squeezing profits. The scale removal device "ElectroLife EL-10A-1" powerfully eliminates scale using electrolytic technology, maintaining the performance of irrigation equipment. 【Usage Scenarios】 - Irrigation system piping - Sprinklers, drip tubes - Agricultural water storage tanks 【Benefits of Implementation】 - Improved irrigation efficiency - Reduced water usage - Lower maintenance costs

In the building management industry, the maintenance of water supply and drainage systems, as well as air conditioning equipment, is crucial. In particular, the accumulation of scale (water stains) can accelerate the deterioration of piping, leading to reduced water pressure and decreased thermal efficiency, which may shorten the lifespan of the equipment. Additionally, maintenance for scale removal is a time-consuming and costly challenge. The Electro Life EL-10A-1 effectively removes scale using electrolytic technology, contributing to the protection of piping. It helps maintain heat exchange efficiency and leads to energy savings, reduced CO2 emissions, and decreased maintenance labor. 【Usage Scenarios】 - Cooling towers - Compressors - Water supply and drainage systems 【Benefits of Implementation】 - Extended lifespan of piping - Improved thermal efficiency - Energy savings and cost reduction

The "Eco Plate" is a product that effectively assists its function by changing the airflow through special ceramics and its shape. It reduces the power consumption of heating and cooling by an average of 10 to 25%. The reduction in power consumption also decreases CO2 emissions, contributing to carbon neutrality by 2050. As the operating hours of the air conditioning decrease, the lifespan of the unit is extended, allowing for savings on monthly utility bills. 【Benefits of Installation】 ■ Easy installation without the need for construction ■ Long-term usability ■ Energy-saving ■ Environmentally friendly *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where our thermal insulation mat "SL-G8" was implemented for a customer in the energy-related factory sector. The customer was considering the implementation to reduce heat loss from the firing furnace and improve the working environment during the summer. After installation, the surface temperatures of the equipment's top and sides significantly decreased. This has contributed to the initial goals of reducing heat loss and improving the environment. 【Case Overview】 ■ Equipment Installed: Firing Furnace ■ Product: Thermal Insulation Mat SL-G8 ■ Quantity: 127 pieces (equivalent to 1,270 square meters) ■ Customer's Purpose for Implementation: Reduce heat loss from the firing furnace, improve working environment during summer ■ Temperature Comparison (Top of Equipment): Before Installation Approx. 90℃ → After Installation Approx. 35–40℃ ■ Temperature Comparison (Side of Equipment): Before Installation Approx. 135℃ → After Installation Approx. 50℃ *For more details, please refer to the related links or feel free to contact us.

The "Apollo power 'Panda'" is a thin solar panel that effectively achieves excellent power generation efficiency while being lightweight and highly flexible. It reduces weight by approximately 80% compared to conventional models, achieving an ultra-lightweight design of 5.8 kg per panel. It can be flexibly installed on aging roofs with load restrictions and on roofs with special structures such as curves, contributing to carbon neutrality by 2050 and corporate ESG management. Installation is easy with just adhesives or screws, allowing for about a 50% reduction in labor costs and potential savings on installation costs. 【Advantages of Installation】 ■ Compatible with load restrictions and aging roofs (5.8 kg per panel) ■ Excellent flexibility allows installation on curved roofs ■ Easy installation with adhesive methods, reducing labor costs ■ Environmentally considerate design with a 95% recycling rate and no harmful substances ■ Registered with JEPA A, eligible for subsidies in many municipalities in Japan ■ Compatible with Japanese standards for battery manufacturers *For more details, please download the PDF or feel free to contact us.

In office buildings, stable operation of air conditioning systems is essential to maintain a comfortable working environment for employees. However, this operation incurs significant electricity costs, leading to increased running costs as a challenge. In particular, cooling in the summer and heating in the winter account for a large portion of the building's overall electricity consumption. In response to these challenges, "Eco Plate" can be placed at the air intake of the air conditioning system to reduce power consumption for heating and cooling by an average of 10-25%, contributing to savings on electricity bills. 【Usage Scenarios】 - Air conditioning systems in office buildings - Maintaining comfort in workspaces - Reducing running costs 【Benefits of Implementation】 - Reduction in air conditioning electricity costs (10-25%) - Reduction in CO2 emissions - Extension of the air conditioning unit's lifespan - Monthly savings on utility bills

In commercial facilities, air conditioning management is crucial to ensure that a large number of customers can spend their time comfortably. In particular, the power consumption of air conditioning systems that cover extensive areas significantly impacts operating costs. Balancing customer satisfaction while keeping utility expenses low is an important challenge in facility management. The "Eco Plate" can be placed at the air intake of the air conditioning system, reducing heating and cooling power consumption by an average of 10 to 25%, contributing to savings on electricity bills while maintaining a comfortable environment for customers. 【Usage Scenarios】 - Each floor within commercial facilities - Retail areas - Break spaces - Backyards 【Benefits of Implementation】 - Improved customer comfort - Reduction in air conditioning electricity costs - Decrease in CO2 emissions - Reduced running costs due to extended lifespan of the unit

In managing air conditioning within factories, maintaining a comfortable working environment for employees and controlling energy costs are important challenges. Particularly in factories with vast premises and numerous facilities, the electricity costs associated with air conditioning can become a burden on management. Additionally, to ensure the continuity of production activities, stable operation of equipment is essential, and overloading air conditioning systems can lead to a reduction in their lifespan. Our "Eco Plate" addresses these challenges faced by factories by simply being placed at the air intake of the air conditioning system, reducing the power consumption for heating and cooling, and contributing to a decrease in CO2 emissions. It can be installed without any construction work and is suitable for long-term use, allowing for a reduction in the hassle of implementation and running costs while simultaneously improving factory productivity and reducing environmental impact. 【Usage Scenarios】 - Air conditioning management for manufacturing lines - Temperature and humidity management in warehouses - Improving air conditioning efficiency in break rooms and office areas 【Benefits of Implementation】 - 10-25% reduction in air conditioning electricity costs - Reduction in environmental impact through decreased CO2 emissions - Cost control of capital investment due to extended lifespan of air conditioning units - Reduction in management costs through monthly savings on utility expenses

In a data center, constant temperature management is required for the stable operation of server equipment. In particular, efficiently cooling devices that generate a large amount of heat is a crucial challenge directly linked to reducing operational costs and extending the lifespan of the equipment. The power consumption of the cooling system accounts for a significant portion of the overall operational costs of the data center, making its efficiency improvement an urgent need. EcoPlate contributes to improving cooling efficiency and energy savings in data centers by simply being installed at the air intake of the air conditioning system, reducing the power consumption of heating and cooling. 【Usage Scenarios】 - Air intake of server room air conditioning - Air conditioning system of the entire data center - Improvement of cooling efficiency and reduction of electricity costs 【Benefits of Implementation】 - Average reduction of 10-25% in air conditioning power consumption - Reduction of CO2 emissions due to power savings - Mitigation of capital investment through extended lifespan of air conditioning units - Monthly savings on utility bills

In medical environments such as hospitals, stable operation of air conditioning systems is essential to maintain the comfort of patients and staff. However, this operation incurs significant electricity costs, creating a financial burden. The "Eco Plate" contributes to saving electricity costs by reducing the power consumption of heating and cooling by an average of 10-25% simply by placing it at the air intake of the air conditioning system. This supports the maintenance of a comfortable medical environment while keeping running costs down. 【Usage Scenarios】 - Air conditioning in patient rooms, examination rooms, waiting areas, etc. - Spaces such as operating rooms and examination rooms that require temperature and humidity control - Air conditioning in staff areas 【Benefits of Implementation】 - Reduction in air conditioning electricity costs - Decrease in CO2 emissions, reducing environmental impact - Extension of the lifespan of air conditioning equipment due to reduced operating hours - Easy implementation without the need for construction

In the school learning environment, it is important to manage room temperature through air conditioning so that students and staff can comfortably engage in learning and work. However, the use of heating and cooling systems poses challenges such as increased electricity costs and CO2 emissions. Particularly during long classes or focused study sessions, stable air conditioning management is required. Our product, "Eco Plate," simply placed at the air intake of the air conditioning system, helps reduce power consumption for heating and cooling, contributing to the maintenance of a comfortable learning environment. 【Usage Scenarios】 - Air conditioning systems in classrooms, libraries, and staff rooms - Maintaining a comfortable room temperature during long classes and self-study periods - Environmental consideration through energy saving and CO2 reduction 【Benefits of Implementation】 - Average reduction of 10-25% in air conditioning electricity costs - Reduction in CO2 emissions - Lower running costs due to extended lifespan of the air conditioning unit - Easy to implement without the need for construction

In the hotel industry, stable operation of air conditioning systems is essential to provide guests with a comfortable space. In particular, temperature management in guest rooms is directly linked to guest satisfaction, so it is necessary to maintain an appropriate temperature at all times. However, the operation of air conditioning systems accounts for a significant portion of electricity costs, leading to increased expenses. Additionally, frequent operation can also affect the lifespan of the equipment. Our product, "Eco Plate," can be placed at the air intake of the air conditioning system to reduce power consumption for heating and cooling by an average of 10-25%, contributing to savings on electricity bills and reductions in CO2 emissions. This makes it possible to provide a comfortable space for guests while controlling operational costs. 【Usage Scenarios】 - Air conditioning systems in guest rooms - Air conditioning systems in lobbies and common areas - Air conditioning systems in employee spaces 【Benefits of Implementation】 - Reduction in monthly electricity bills - Prolonged lifespan of air conditioning systems - Reduced environmental impact through decreased CO2 emissions - Maintenance of a comfortable guest room environment

In restaurants, operating air conditioning systems is essential to provide customers with a comfortable space, but the electricity costs associated with this represent a significant portion of management expenses. It is particularly important to maintain the comfort of seating areas while keeping running costs low. Our product, "Eco Plate," can be placed at the air intake of the air conditioning system to reduce power consumption for heating and cooling by an average of 10-25%, contributing to electricity savings while providing a comfortable environment for customers. 【Usage Scenarios】 - Air conditioning air intake in seating areas - Temperature and humidity management within the store - Improvement of customer satisfaction 【Benefits of Implementation】 - Reduction in air conditioning electricity costs - Decrease in CO2 emissions, leading to reduced environmental impact - Lower maintenance costs due to extended lifespan of air conditioning equipment

In the warehouse industry, proper management of temperature and humidity is required to maintain the quality of stored items. In particular, the stable operation of air conditioning equipment is essential for preventing deterioration and suppressing quality decline of stored goods. An increase in air conditioning power consumption leads not only to higher running costs but also to an increase in CO2 emissions. Our "Eco Plate" contributes to solving these issues by reducing the power consumption of heating and cooling by an average of 10-25% simply by placing it at the air intake of the air conditioning system. 【Usage Scenarios】 - Air conditioning equipment in warehouses - Maintaining the quality of stored items - Reducing running costs 【Benefits of Implementation】 - Reduction in air conditioning electricity costs - Reduction in CO2 emissions - Cost control through extended lifespan of air conditioning units

In art museums and galleries, temperature and humidity management is emphasized to prevent the deterioration of exhibits. The stable operation of air conditioning systems is essential for the long-term preservation of exhibits, but the operational costs cannot be overlooked. Especially in environments handling delicate exhibits, it is necessary to prevent sudden fluctuations in temperature and humidity and maintain a stable environment. Our "Eco Plate" can be installed at the air intake of the air conditioning system to reduce power consumption for heating and cooling while supporting the maintenance of a stable air conditioning environment. This contributes to the protection of exhibits while keeping operational costs down. 【Usage Scenarios】 - Air conditioning intake in exhibition rooms - Air conditioning intake in storage rooms - Energy-saving measures for air conditioning systems 【Benefits of Implementation】 - Reduces air conditioning electricity costs by 10-25% - Contributes to the reduction of CO2 emissions - Extends the lifespan of the air conditioning unit - Saves on monthly utility bills

In fitness clubs, the operation of air conditioning systems is essential for maintaining a comfortable exercise environment for members. Particularly in facilities used by many people, the power consumption for heating and cooling becomes significant, leading to increased operational costs and concerns about CO2 emissions. In response to these challenges, our "Eco Plate" can be placed at the air intake of the air conditioning system to reduce heating and cooling power consumption by an average of 10-25%, contributing to the reduction of operational costs and environmental impact while maintaining a comfortable indoor environment. 【Usage Scenarios】 - Air conditioning in training areas - Air conditioning in studios - Air conditioning in locker rooms and break areas 【Benefits of Implementation】 - Reduction of operational costs through lower air conditioning electricity bills - Decrease in environmental impact through reduced CO2 emissions - Prolonged lifespan of equipment due to reduced air conditioning operating hours

In a beauty salon or treatment environment, proper temperature management of the air conditioning is essential to provide customers with a comfortable space. This is especially important in areas where treatments last for long periods or where the delicate skin of customers is involved, as maintaining a consistently comfortable temperature is required. However, the operation of air conditioning can lead to increased electricity costs, which can be a burden on management. The "Eco Plate" can be placed at the air intake of the air conditioning system to reduce power consumption for heating and cooling by an average of 10-25%, contributing to savings on electricity bills. This allows for a comfortable treatment environment for customers while keeping running costs down. 【Usage Scenarios】 - Waiting area for welcoming customers - Each booth during treatments - Shampooing area 【Benefits of Implementation】 - Reduces electricity costs for air conditioning, lowering monthly utility bills - Potentially decreases the operating time of air conditioning, extending the lifespan of the equipment - Contributes to the reduction of CO2 emissions, supporting environmentally conscious store management.