ITSUWA CORPORATION Product Lineup

- Counting inventory one item at a time takes a lot of time for stocktaking. - It is necessary to go to the warehouse to check how many of each part there are. - I heard that the inventory was decreasing, and I ended up overordering. - An order was missed, and the inventory went out of stock. We will solve all these concerns related to inventory management. Solution Example 1: With devices like computers and smartphones, you can check inventory anytime, anywhere, 24/7. If there are multiple warehouses, all inventory can be managed collectively in the cloud. Solution Example 2: Inventory quantities are visualized, and alerts via email or automatic ordering can be set up before running out of stock, preventing overordering and missed orders. Additionally, inventory fluctuations are graphed, allowing for an understanding of the cycle of incoming and outgoing stock. Solution Example 3: For products that cannot be managed by quantity (such as liquids or powders), inventory can be visualized as a percentage. We also accept sample loans, so please feel free to contact us!

The data center industry consumes a lot of power, including for servers and cooling systems. Accurately understanding power usage is important for reducing electricity costs and minimizing environmental impact. SIRC supports the improvement of energy efficiency by easily measuring and visualizing power consumption. 【Use Cases】 - Server racks - Air conditioning systems - Power supply lines 【Benefits of Implementation】 - Identification of waste through visualization of power usage - Implementation of energy-saving measures and effectiveness assessment - Reduction of electricity costs

In manufacturing operation monitoring, accurately understanding power consumption is essential for cost reduction and efficient energy management. By gaining detailed insights into the power usage of manufacturing lines and individual equipment, it becomes possible to identify unnecessary power consumption and implement improvement measures. SIRC contributes to these challenges as an easily installable IoT power sensor. 【Use Cases】 * Monitoring power usage of manufacturing lines * Visualizing power consumption of individual manufacturing equipment * Understanding overall power usage in the factory 【Benefits of Implementation】 * Cost reduction through optimization of power usage * Contribution to carbon neutrality * Implementation of energy-saving measures

In the retail industry, reducing utility costs in store operations is an important challenge. Particularly, due to the presence of equipment that consumes a lot of electricity, such as lighting, air conditioning, and refrigerators, accurate monitoring of electricity usage and efficient operation are required. SIRC supports the first step in energy-saving measures by allowing easy installation without electrical work and visualizing electricity consumption for each store. 【Usage Scenarios】 - Understanding the overall electricity usage of the store - Monitoring the electricity consumption of major equipment such as lighting, air conditioning, and refrigerators - Analyzing electricity usage by time of day 【Benefits of Implementation】 - Increased awareness of energy conservation through visualization of electricity usage - Identification and improvement of unnecessary electricity consumption - Reduction in electricity costs - Contribution to carbon neutrality

In the logistics industry, especially in warehouses and transportation where temperature control is necessary, maintaining the appropriate temperature is crucial. Temperature management systems consume a significant amount of electricity, making the optimization of electricity costs a challenge. Improper electricity management not only leads to increased costs but also contributes to greater environmental impact. Our "SIRC" contributes to solving these challenges by visualizing electricity consumption. 【Usage Scenarios】 - Visualization of electricity usage in refrigerated and frozen warehouses - Measurement of power consumption in temperature management systems - Monitoring of electricity in refrigerated transport vehicles 【Benefits of Implementation】 - Discovering waste in electricity usage and reducing costs - Implementing energy-saving measures and measuring their effectiveness - Contributing to carbon neutrality

In medical institutions, proper temperature management of refrigerators is essential to maintain the quality of pharmaceuticals and specimens. Power outages or refrigerator malfunctions can lead to deterioration of stored items, potentially affecting patient health. SIRC helps to detect anomalies early by measuring the power consumption of refrigerators, thereby reducing risks. 【Usage Scenarios】 - Refrigerators for storing pharmaceuticals - Refrigerators for storing specimens - Refrigerators for storing vaccines 【Benefits of Implementation】 - Visualization of refrigerator power consumption - Early response through anomaly detection - Risk reduction during power outages - Efficiency in temperature management

In the office, understanding the daily power consumption is the first step towards energy-saving measures. In particular, accurately grasping the power consumption of devices that consume a lot of electricity, such as air conditioning systems and office automation equipment, helps reduce unnecessary power usage and leads to cost savings. SIRC visualizes the power usage in offices and supports efforts towards carbon neutrality. 【Usage Scenarios】 - Measuring power consumption in office buildings - Understanding power consumption by floor - Measuring the effectiveness of energy-saving measures 【Benefits of Implementation】 - Increased awareness of energy conservation through visualization of power usage - Discovery and reduction of unnecessary power consumption - Contribution to carbon neutrality

In hotel operations, the energy efficiency of air conditioning systems is an important issue. Particularly in hotels with a large number of guest rooms, the electricity consumption of air conditioning systems constitutes a significant portion of the overall energy consumption, indicating a substantial potential for cost reduction. Accurately understanding electricity consumption is the first step in energy-saving measures. SIRC visualizes the electricity consumption of air conditioning systems and supports efficient operation. 【Usage Scenarios】 - Measuring the electricity consumption of air conditioning systems in guest rooms, lobbies, restaurants, etc. - Understanding the operational status of air conditioning systems - Measuring the effectiveness of energy-saving measures 【Benefits of Implementation】 - Visualization of electricity consumption of air conditioning systems - Implementation and measurement of energy-saving measures - Reduction of operational costs

In the real estate industry, accurately understanding tenants' electricity usage is crucial for reducing management costs, promoting energy conservation, and building good relationships with tenants. In particular, visualizing electricity usage in common areas and by individual tenants is essential for optimizing energy costs. Opaque electricity usage can lead to management challenges and potential disputes with tenants. SIRC addresses these issues and enables the acquisition of accurate electricity data. 【Usage Scenarios】 * Office buildings * Commercial facilities * Rental apartments * Electricity usage management for tenant buildings 【Benefits of Implementation】 * Cost reduction through visualization of electricity usage * Increased awareness of energy conservation * Ensuring transparency regarding electricity usage with tenants * Contribution to carbon neutrality

In the control of lighting in public facilities, accurately understanding power consumption is essential for efficient energy management and cost reduction. Particularly in public facilities with diverse lighting equipment, it is necessary to grasp the power consumption of each individual device and eliminate waste. Our product visualizes the power consumption of lighting equipment and supports efforts toward carbon neutrality. 【Usage Scenarios】 - Lighting equipment in public facilities such as schools, hospitals, and libraries - Measurement of the effects of switching to LED lighting - Implementation and verification of energy-saving measures 【Benefits of Implementation】 - Accurate understanding of power consumption of lighting equipment - Implementation and measurement of energy-saving measures - Contribution to carbon neutrality

In the manufacturing industry and remote support applications, it is essential to share on-site conditions in real-time and for personnel with specialized knowledge to provide accurate instructions from a distance. Particularly in complex tasks and emergency responses, rapid and precise information transmission is crucial for improving work efficiency and reducing errors. Since usage in unstable communication environments or outdoors is also anticipated, stable communication capabilities and battery performance that can withstand long hours of use are important. Our product, 'InfoLinker3,' addresses these challenges and supports the promotion of DX (digital transformation) in your manufacturing site. 【Usage Scenarios】 - Remote support in work sites or outdoors without a wireless LAN environment - Sharing the know-how of skilled technicians with younger workers - Rapid situation assessment and instruction transmission in emergencies - Real-time information sharing between multiple locations 【Benefits of Implementation】 - Skill enhancement and productivity improvement for on-site workers - Reduction of travel time and improvement of cost efficiency - Reduction of errors and stabilization of quality - Shortening of downtime through rapid problem-solving

In the logistics warehouse industry, quick and accurate picking operations are required. In particular, searching for products and confirming instructions within a vast warehouse can burden workers and lead to mistakes. Accurate picking instructions are essential for improving inventory management accuracy and maintaining customer satisfaction. Our product, 'InfoLinker3', addresses these challenges by enhancing work efficiency and accuracy through visual instructions via smart glasses and hands-free operation. 【Usage Scenarios】 - Picking operations within the warehouse - Confirmation of product information - Receiving work instructions - Remote work support 【Effects of Implementation】 - Reduction in picking operation time - Decrease in picking errors - Alleviation of worker burden - Improvement in work efficiency

In maintenance and inspection fields, quick and accurate work is required. Especially in the maintenance of complex equipment or in remote locations, real-time information sharing and instructions from experts are essential. However, traditional work methods can lead to delays in checking manuals or coordinating via phone, resulting in decreased work efficiency and potential mistakes. Our product, 'InfoLinker3', addresses these challenges through remote support using smart glasses. 【Usage Scenarios】 - Inspection work in outdoor locations or areas without Wi-Fi - Real-time work support from remote experts - Hands-free reference to manuals and diagrams while working - Rapid situation assessment and instruction transmission in emergencies 【Benefits of Implementation】 - Reduction in work time and increased efficiency - Decrease in human errors - Promotion of knowledge transfer from skilled technicians - Reduction in travel costs

At construction sites, sharing information can be challenging in areas with extensive work zones or where a wireless LAN environment is not established. This is especially true when it is necessary to receive instructions from experts located remotely or to share the on-site situation in real-time, making the assurance of communication environments crucial. Our product, 'InfoLinker3', is equipped with LTE communication capabilities to help address these on-site challenges. 【Usage Scenarios】 - Real-time instructions and guidance from remote experts - Monitoring and sharing the status of on-site workers from a distance - Referring to blueprints and manuals 【Benefits of Implementation】 - Improved work efficiency - Reduced errors - Alleviation of expert shortages - Decreased travel time

In the infrastructure industry, rapid and accurate information sharing is required for monitoring and maintaining widely dispersed equipment. Particularly in sites where wireless LAN environments are not established or in outdoor work, securing communication means becomes a challenge. Our product 'InfoLinker3' comes standard with LTE communication capabilities, addressing these challenges and supporting efficient equipment monitoring. 【Usage Scenarios】 - Checking the status of infrastructure equipment in remote locations - Equipment inspection work outdoors - Real-time information sharing in areas with unstable communication environments 【Benefits of Implementation】 - Rapid anomaly detection and response - Reduction of travel time and costs - Improved safety for workers

In the agricultural sector, accurate understanding of growth conditions in vast fields and prompt responses are required. In particular, meticulous growth management that adapts to changes in weather and soil directly impacts yield and quality. However, gathering information on-site and collaborating with experts can come with time and location constraints. Our product, 'InfoLinker3', is equipped with LTE communication capabilities, enabling real-time information sharing even in areas without a wireless LAN environment, thus addressing these challenges and achieving efficient growth management. 【Usage Scenarios】 - Real-time monitoring of growth conditions in the field - Remote expert growth advice - Accurate communication of pesticide application and watering instructions - Hands-free input of work records 【Benefits of Implementation】 - Rapid and accurate understanding of growth conditions - Accurate decision-making through smooth collaboration with experts - Improved work efficiency and reduction of human errors - Realization of planned growth management based on data

In the telecommunications industry, especially in the field of base station maintenance, quick and accurate work is required. There are many situations where work is conducted in outdoor environments or areas without a wireless LAN, making the safety of workers and efficient information sharing crucial. Traditional methods often require time for manual checks and contacting experts, leading to prolonged recovery times. The LTE-equipped industrial smart glasses 'InfoLinker3' address these challenges by enabling real-time remote support on-site, contributing to improved work efficiency and rapid problem resolution. 【Usage Scenarios】 - Inspection and maintenance work of base stations in outdoor areas with poor signal reception - Real-time instructions and confirmations for work in high or confined spaces - Technical guidance from remote experts to on-site workers - Rapid situation assessment and response instructions during emergencies 【Benefits of Implementation】 - Reduction of on-site work time and lead time to recovery - Efficient transfer of veteran workers' know-how to younger workers - Cost control through reduced movement and travel time - Improved worker safety and reduced human error

In educational practice, safe and effective instruction is required. Particularly in practical training where specialized skills and knowledge are acquired, it can be difficult for instructors to be constantly by the side of the participants. Accurate instructions from a distance and visual information sharing become important for enhancing the quality of the training. Our product, 'InfoLinker3', is equipped with LTE communication capabilities, enabling remote support even in locations without a wireless LAN environment, making it expected to be utilized in various educational settings. 【Usage Scenarios】 - Remote practical training instruction - Online instruction by instructors with specialized knowledge - Real-time monitoring in practical training requiring safety management - Recording and reviewing training content 【Effects of Implementation】 - Reduced burden and increased efficiency for instructors - Improved understanding and accelerated skill acquisition for participants - Provision of high-quality education regardless of location - Reduced risk of accidents during training

In the educational field, handwritten notes and memos still play an important role in recording lecture content and communicating information to students. However, when digitizing handwritten information, challenges such as the labor of transcription, input errors, and organizing information often arise. These challenges can lead to decreased learning efficiency and delays in information sharing. The Neo Smartpen addresses these issues by recognizing handwritten characters with the pen itself and converting them into digital data such as Excel or PDF. It smartly digitizes lecture notes and enhances the efficiency of learning and information sharing. 【Usage Scenarios】 - Note-taking during lectures - Writing on distributed materials - Recording ideas and memos - Experiment records in laboratories 【Benefits of Implementation】 - Improved efficiency in organizing information through digitization of handwritten notes - Reduction in labor for transcription tasks and prevention of input errors - Easier information sharing through digital data - Utilization in the field with a portable pen-shaped device

In quality control within the manufacturing industry, there are many instances of handwritten record-keeping, such as inspection records and reports. Accurately and quickly digitizing this information leads to a reduction in human errors, improved efficiency in data aggregation, and prompt quality improvement activities. However, the task of transcribing handwritten text is time-consuming and labor-intensive, and it also carries the risk of input errors. The Neo Smartpen addresses these challenges, connecting the field and the office, and contributing to the efficiency of quality management operations. 【Usage Scenarios】 - Inspection records on the production line - Filling out quality check sheets - Recording customer interviews at the service desk - Creating reports on-site 【Benefits of Implementation】 - Reduction in input workload through automatic handwriting recognition and conversion to Excel/PDF - Improved data accuracy due to reduced input errors - Faster information transmission from the field to the office - Promotion of paperless operations

In the manufacturing environment, the accurate transmission and recording of work instructions are essential for improving productivity and maintaining quality. Particularly in situations where both hands are occupied, gloves are worn, or work is conducted in dark or high places, traditional keyboard input and handwritten records can be challenging, leading to input errors and delays in work. To address these issues and reduce the burden on the field, the voice input/output solution "TECHNOPRO" has been developed. 【Usage Scenarios】 * Inputting work instructions in high or dark places * Recording in situations where both hands cannot be used * Alternative to keyboard input when wearing gloves 【Benefits of Implementation】 * Reduction in input workload * Decrease in input errors * Promotion of paperless operations

In the educational field, accurate and rapid data entry is required for the operation and recording of teaching materials. Particularly in situations where both hands are occupied during class or keyboard input is difficult, the input task can become burdensome, potentially leading to delays in material operation and omissions in recording. Our product "TECHNOPRO" addresses these challenges with intuitive voice-operated controls, contributing to the efficiency of educational settings. 【Usage Scenarios】 - Operation and recording of teaching materials during class - Inputting experimental reports - Entering student grades - Operational assistance in remote classes 【Benefits of Implementation】 - Reduction in input workload - Decrease in input errors - Promotion of paperless practices - Freedom of both hands to focus on material operation - Smooth input even while wearing gloves

In the retail industry, inventory inquiry operations require quick and accurate information retrieval. Especially in situations where employees are working in-store or have their hands full, checking inventory through manual input or PC operations can be time-consuming and cumbersome, with the added risk of input errors. These challenges can lead to lost opportunities and decreased customer satisfaction. The voice input/output solution "TECHNOPRO" addresses these issues and contributes to the efficiency of inventory inquiry operations. 【Usage Scenarios】 - When wanting to check inventory by voice without using handheld terminals while working in-store. - When needing to input or confirm inventory information in the backroom while both hands are occupied with packages. - When wanting to input or confirm inventory information while wearing gloves, making keyboard input difficult. 【Benefits of Implementation】 - Reduces the time required for inventory inquiries, supporting prompt customer responses. - Decreases errors from manual input, improving the accuracy of inventory data. - Promotes paperless operations, reducing the burden of work.

In the manufacturing industry, stable operation and efficiency of production lines are always required. Unexpected equipment stoppages and insufficient understanding of operational status can directly lead to decreased productivity and increased costs. Real-time monitoring of equipment status and rapid response to issues are essential for maintaining and improving production efficiency. The equipment operation monitoring system PUSHLOG can be retrofitted to existing equipment to solve these challenges and support the realization of Industry 4.0. 【Usage Scenarios】 - Real-time monitoring of manufacturing line operation status - Early detection and notification of abnormalities - Discovery of improvement points through collection and analysis of production data - Confirmation of equipment status from remote locations 【Benefits of Implementation】 - Improved production efficiency - Reduced downtime - Prevention of unexpected failures through predictive maintenance - Optimization of production planning based on data

In the food processing industry, it is essential to accurately grasp and manage the operational status of manufacturing lines to maintain the safety and quality of products consistently. Particularly in food manufacturing, where production management and temperature control are crucial, early detection of equipment anomalies and operational stoppages, along with prompt responses, are indispensable for preventing quality degradation and losses. Our equipment operation monitoring system, PUSHLOG, addresses these challenges simply by retrofitting existing equipment, thereby supporting the enhancement of quality management. 【Usage Scenarios】 - Real-time monitoring of manufacturing line operational status - Recording of parameters related to quality, such as temperature and humidity - Prompt response through immediate notifications in case of anomalies - Quality improvement through collection and analysis of production data 【Benefits of Implementation】 - Stabilization and improvement of product quality - Reduction of manufacturing line downtime - Decrease in food waste and defective products

In the automotive industry’s production lines, real-time monitoring of operational status and rapid detection of unexpected line stoppages are essential for maintaining production efficiency and minimizing losses. Line stoppages can lead to delays in production plans and impact quality. The equipment operation monitoring system PUSHLOG can be retrofitted to existing equipment to address these challenges and achieve immediate IoT implementation. 【Usage Scenarios】 - Real-time monitoring of production line operational status - Early detection and notification of unexpected line stoppages - Understanding operational rates for each piece of equipment - Collection and analysis of production data 【Benefits of Implementation】 - Reduction of line stoppage time - Improvement in production efficiency - Decrease in downtime - Maintenance of quality through rapid problem response

In the pharmaceutical industry, strict management and recording of the manufacturing process are essential for product quality assurance and regulatory compliance. Particularly in validation, accurate understanding of equipment operation status and manufacturing parameters, along with the reliability of those records, is required. Inadequate recording or management can lead to validation deficiencies, posing risks such as product shipment halts or revalidation. The equipment operation monitoring system PUSHLOG can be retrofitted to existing equipment to address these challenges and easily achieve IoT integration. 【Usage Scenarios】 - Real-time monitoring of manufacturing line operation status - Automatic recording of manufacturing equipment operation data - Quick response through push notifications in case of abnormalities - Report generation through data extraction in CSV format 【Benefits of Implementation】 - Reliable acquisition of operational data necessary for validation - Early detection of abnormalities through process visualization - Reduction of recording errors due to manual entry - Strengthening of compliance adherence

In the chemical industry, it is extremely important to detect equipment anomalies early to ensure stable operation and safety of plants. Unexpected equipment failures and anomalies not only lead to production losses but also carry the risk of serious accidents. Therefore, real-time monitoring of equipment status and a rapid notification system in the event of anomalies are required. The equipment operation monitoring system PUSHLOG achieves IoT integration simply by retrofitting existing equipment, addressing these challenges. 【Usage Scenarios】 - Monitoring the operating status of key equipment within chemical plants - Early response through real-time notifications in the event of anomalies - Identification of equipment that is a bottleneck in the manufacturing line - Checking the operating status of plant equipment from remote locations 【Benefits of Implementation】 - Reduction of downtime through early detection of equipment anomalies - Improvement and stabilization of production efficiency - Strengthening of safety management systems - Control of operational costs

In the semiconductor manufacturing industry, stable operation of equipment and early detection of anomalies are essential to maintain product quality and production efficiency. Particularly in semiconductor manufacturing, which requires fine processes, even slight variations in equipment can significantly impact yield. Real-time monitoring of equipment operation and prompt response to anomalies are key to improving yield. The equipment operation monitoring system PUSHLOG can be retrofitted to existing equipment to address these challenges and achieve IoT integration. 【Use Cases】 - Real-time monitoring of semiconductor manufacturing equipment operation - Immediate notifications during anomalies for rapid response - Visualization of the operational status of the entire production line - Promotion of improvement activities based on data 【Benefits of Implementation】 - Increased yield - Improved production efficiency - Reduced downtime - Stabilization of quality

In the textile industry, it is essential to suppress the occurrence of defective products on the production line and stabilize quality. In particular, being able to grasp the operational status of manufacturing equipment and subtle changes in the production process in real-time is crucial for identifying the causes of defects and implementing countermeasures. However, the IoT integration of existing equipment requires specialized knowledge and program development, which presents a high barrier to implementation. The equipment operation monitoring system PUSHLOG addresses these challenges and contributes to reducing the defect rate in the textile industry. 【Usage Scenarios】 - Real-time monitoring of equipment operation status on the production line - Rapid detection and notification of abnormalities - Identification of defect causes through analysis of past data - Improvement of production processes based on operational data 【Benefits of Implementation】 - Early detection and reduction of defects - Improvement of production efficiency - Stabilization of quality - Promotion of objective improvement activities based on data