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Our equipment management system has numerous implementation achievements as an IT solution utilizing IC tags and has received high praise.
Recently, systems utilizing IC tags have been attracting attention with keywords such as "quality," "efficiency improvement," and "security." An IC tag is a tag that contains an IC chip.
Efficiently streamline inventory tasks by bulk reading equipment with RFID, achieving loss prevention and visualization of asset management!
SAM (Sankyo Asset Management) is an RFID-based equipment management system that streamlines inventory and location management of equipment and assets. By simply reading the RFID tags attached to the equipment, inventory and location management can be easily performed. ■Significant Reduction in Inventory Time Since RFID tags can be read in bulk, there is no need to check each item individually, greatly reducing the labor involved in inventory tasks. ■Visualization of Equipment Location By managing the installation locations and movement history of equipment, it is easy to understand where everything is located. This contributes to preventing loss and improving management accuracy. ■Reduction of Human Errors Automatic reading with RFID prevents manual input errors and counting mistakes, achieving accurate asset management. ■Streamlining Asset Management Operations In addition to equipment management, it can be expanded to a wide range of operations such as inventory management of manufacturing parts and tool management. If you are considering streamlining your asset management operations or digitizing your inventory tasks, please feel free to contact us.
A support system for equipment management that manages equipment information in a database and enables information sharing.
"Equipment Manager 2" is an asset and equipment management system that uses equipment labels with 2D barcodes (QR codes) to consistently manage everything from asset and equipment registration to inventory, transfer, and disposal. By managing equipment information in a database and sharing that information, the workload of administrators can be reduced. [Features] ■ Registration of equipment information (including photos) ■ Search for equipment information (create lists with photos and identify un-inventoried equipment) ■ Management of leased assets (management of borrowing, returning, lease terms, and lease fees) ■ Support for depreciation work with a book value calculation list ■ Inventory using QR code labels (management department and location changes), etc. *For more details, please download the PDF or feel free to contact us.
Control your tray with barcode authentication. Manage parts and supplies smartly!
Are you having trouble with incorrect part attachments, quantity errors, or equipment management? The 'Mitemasu BOX tool,' which allows for barcode authentication of users and parts/equipment, can only open trays containing the desired items! Additionally, by integrating with our Poka-Yoke system, we can prevent defective products caused by human errors such as forgetting to tighten screws or bolts during the assembly process. 【Features】 ■ Register workers and parts/equipment with a two-dimensional code ■ The tray corresponding to the scanned two-dimensional code unlocks and emits blue light, while other trays remain locked and cannot be accessed ■ Inventory management is possible by entering the number of items in and out into the app ■ Tray settings can be configured to allow opening and closing for each user ■ Check the history of inventory transactions in CSV format Customization is also possible, such as freely combining tray sizes to meet your needs. ★ For more details, please refer to the materials or feel free to contact us.
Streamline equipment management in the manufacturing process and improve traceability.
In the manufacturing industry, accurate management of tools, parts, and jigs used on the production line is essential for maintaining production efficiency and quality. Particularly, when the movement between processes and the usage status are not adequately monitored, there is a risk of delays and quality degradation due to rework or loss. Our RFID equipment management system, SAM, addresses these challenges by utilizing RFID technology to streamline inventory and location management of equipment and assets, contributing to improved accuracy in process tracking. 【Usage Scenarios】 - Location management of tools and jigs used on the production line - Tracking the movement of production parts and materials between processes - Management of IT equipment and facility assets 【Benefits of Implementation】 - Prevention of loss and rapid discovery of equipment used in processes - Improved traceability through visualization of equipment location and movement history - Reduction of inventory work time and enhancement of management accuracy
Visualizing logistics inventory to streamline inventory and management operations.
In the logistics industry, accurate inventory management and swift stocktaking are essential for improving operational efficiency and customer satisfaction. Especially when dealing with vast warehouses and numerous items, visual checks and manual recording not only consume time and effort but also carry the risk of human error. This can lead to overstocking, understocking, or loss of inventory, resulting in potential opportunity losses and increased management costs. The RFID asset management system SAM utilizes RFID tags to address these challenges. 【Usage Scenarios】 - Inventory counting of stock items, pallets, and containers within the warehouse - Inspection tasks during shipping and receiving - Tracking of moving equipment and assets - Locating easily lost equipment 【Benefits of Implementation】 - Reduction in stocktaking time - Real-time understanding of inventory information - Decreased risk of loss - Improved accuracy in asset management
Efficiently manage library operations by bulk reading books with RFID, achieving loss prevention and visualizing asset management!
In libraries, accurate management of collections and efficient inventory work are required. In particular, accurately grasping a large number of collections and preventing loss is essential for improving user convenience and streamlining library operations. Manual inventory takes time and carries the risk of human error. SAM addresses these challenges by utilizing RFID technology, contributing to the efficiency and accuracy of collection management tasks. 【Usage Scenarios】 - Inventory work of collections - Verification of collection locations - Search for lost books and materials - Registration of new books and materials 【Benefits of Implementation】 - Reduction of inventory time - Easier understanding of collection locations - Decrease in loss risk - Improvement in management task accuracy
Manage display items collectively with RFID to achieve location tracking and loss prevention.
In the museum industry, accurately tracking the location of valuable exhibits and preventing potential loss is extremely important. The recording of exhibit movements and temporary storage locations tends to become complicated, making precise management challenging. Additionally, manually verifying each item during inspections or movements requires a significant amount of time and effort. Our RFID equipment management system, SAM, addresses these issues by simply reading RFID tags attached to the exhibits, enabling efficient and accurate management. 【Usage Scenarios】 - Confirming the location of exhibits - Managing the movement history of exhibits - Managing temporary storage locations - Conducting inspections of exhibits 【Benefits of Implementation】 - Real-time tracking of exhibit locations - Reduced risk of loss - Decreased labor for inventory and inspection tasks - Improved management accuracy
Visualize the location of medical devices and streamline management operations.
In medical institutions, accurate management of expensive and precise medical equipment is required. The inability to locate equipment or failure to grasp usage status can lead to delays in providing appropriate medical care to patients and may result in the risk of loss or theft of equipment. Additionally, regular inventory tasks require a significant amount of time and effort, placing a burden on healthcare professionals. The RFID equipment management system SAM addresses these challenges by streamlining the inventory and location management of medical devices and achieving visibility in asset management, thereby supporting the establishment of a safe and reliable medical care system. 【Usage Scenarios】 - Confirming the location of medical equipment in wards and various departments - Managing used and unused equipment in the operating room - Ensuring traceability for equipment that requires sterilization and disinfection - Asset management and loss prevention for high-value medical equipment 【Effects of Implementation】 - Significant reduction in inventory time for medical equipment - Real-time tracking of equipment locations, reducing the risk of loss - Reduced burden on healthcare professionals due to improved management accuracy - Strengthened compliance through enhanced visibility in asset management
Efficiently manage automotive parts by bulk reading with RFID, achieving loss prevention and visibility!
In the automotive industry's parts management, accurate inventory tracking and rapid picking are required. Particularly, as the production of a wide variety of small quantities and the complexity of the supply chain increase, issues such as lost parts or incorrect shipments directly lead to production delays and increased costs. In response to these challenges, our RFID equipment management system, SAM, streamlines inventory and location management by reading RFID tags attached to parts in bulk, thereby improving the accuracy of parts management and enhancing operational efficiency. 【Usage Scenarios】 - Parts inventory management within factories - Parts location management in warehouses - Parts verification before shipment - Traceability management of defective parts 【Benefits of Implementation】 - Reduction in inventory counting time - Prevention of parts loss - Improvement in management accuracy - Reduction in picking errors - Optimization through visualization of inventory
