日鉄テックスエンジ Product Lineup

The "Raw Material Management System" utilizes RFID technology to enable real-time recognition of raw materials during transportation within the warehouse using a clamp lift. It automatically recognizes which raw material is loaded on the clamp lift and which raw material has been moved when transferring between warehouses. When raw materials are inserted into the laminating machine, it automatically identifies which raw material has been inserted, allowing for the comparison of the laminating machine's plans and actual performance, thereby achieving traceability. 【Features】 ■ Capable of recognizing raw materials ■ Automatically recognizes which raw materials have been moved ■ Automatically recognizes which raw materials have been inserted ■ Achieves traceability by managing the plans and actual performance of the laminating machine *For more details, please refer to the PDF document or feel free to contact us.

The logistics (storage) management system responds to various needs for logistics efficiency at logistics sites, from detecting goods and locations to automating and remotely controlling logistics operations. By implementing an optimization system, it achieves improved productivity in logistics. 【Features】 ■ Real-time understanding of storage locations for goods, pallets, materials, etc. ■ Maximizes the use of limited warehouse space and flexibly designs the use of space. ■ Reduces human errors and travel time, enhancing overall productivity in shipping operations. ■ Prevents incorrect shipments and misdeliveries during picking. ■ Reduces the labor of manual counting, preventing human errors and streamlining inventory management. ■ Records the history from inbound to outbound, enabling rapid identification of causes in case of defects or accidents. ■ Allows for the digitization of paper-based inbound/outbound records and inventory forms. 【Benefits of Implementation】 ■ The operational status on-site is significantly "visualized," allowing for real-time sharing of storage information. ■ Collaboration with the latest technologies (AI and IoT) enables future automation and the development of smart warehouses. ■ Eliminates the need to enter hazardous areas, improving the safety of operations. *For more details, please refer to the PDF document or feel free to contact us.

【Features】 ◆ Utilizes a low-cost computer system to achieve real-time inventory management. ◆ Safety monitoring functions in the coil storage area enhance the overall safety of the work environment (preventing load collapse, etc.). Additionally, operator guidance functions help prevent deformation and damage to material coils. ◆ The complexity of traditional layout management is eliminated, promoting efficient use of storage space. ◆ Supports combined operation with handheld devices for crane teleoperation (wireless control). ◆ The inclusion of a general-purpose database allows for flexible and easy integration of data with higher-level production management systems. ◆ Achieves low-cost X/Y coordinate management using distance measuring devices, enabling height management even without Z sensors.

**Features** ◆ CGS is composed of multiple elements such as "sensor technology," "data communication," "control algorithms," and "user interfaces," which work together to monitor and control crane movements in real-time, enabling optimal operation guidance and warning outputs. ◆ The position detection sensors continuously grasp the precise location of the crane body and the load, monitoring the current position with millimeter-level accuracy. ◆ Utilizing wireless communication and IoT technology, it enables real-time information sharing with the central control room on-site and remote managers. ◆ It automatically calculates the optimal route to the destination (To) and provides guidance for the crane's movement and load placement.

【Features】 ◆ The product's inbound and outbound logistics and storage are centrally managed by the system. ◆ Performance data is automatically collected and output, allowing real-time monitoring of inventory status. ◆ The operational status of warehouse equipment and facilities can be automatically managed and configured, supporting complete automation. ◆ The inclusion of a general-purpose database facilitates easy integration with production management systems. 【Benefits of Implementation】 ◆ By adding AI functionality, the logistics of the production line in three-dimensional warehouse facilities can be optimally controlled. ◆ Inbound and outbound equipment can be operated efficiently. ◆ Complex inbound and outbound schedules are automatically created, reducing the workload. ◆ Optimal product placement control improves inbound and outbound capacity.

【Features】 ◆ Enables high visibility through 3D display. ◆ Intuitive understanding of product placement and inventory levels, supporting spatial situational awareness on-site. ◆ Allows monitoring of product transport routes and current locations in 3D, contributing to smooth business operations. ◆ Provides advanced 3D display and inventory management functions by integrating with various logistics systems such as our "Storage Management."

【Features】 ◆ RFID enables non-contact, high-speed information acquisition and can read multiple tags simultaneously, which is a significant feature. ◆ It facilitates the individual management of products and parts, leading to a reduction in misrecognition and human errors. ◆ Real-time data collection is possible, which is expected to improve the accuracy of process management, inventory management, and traceability. ◆ The introduction of environment-resistant tags allows for stable operation even in harsh conditions or with metals, contributing to increased operational efficiency and quality improvement in manufacturing sites. ◆ The system also has high scalability, allowing it to flexibly adapt to various industries and applications. 【Benefits of Implementation】 ◆ By implementing RFID, automation and efficiency of operations can be achieved, significantly reducing labor compared to traditional manual management. ◆ Real-time information acquisition allows for accurate understanding of inventory status and product movement history, aiding in quick decision-making. ◆ Each tag has unique identification information, which reduces the risk of misrecognition and mix-ups, leading to enhanced quality control and traceability. ◆ Not only does it improve operational efficiency on-site, but it is also expected to enhance overall productivity and service quality.

【Features】 ◆ Enables detailed tracking of the location and operational status of in-house transport vehicles, as well as operational instructions. ◆ Real-time data on the current location, movement routes, and operational status is obtained through GPS installed on each transport vehicle. This allows managers to instantly know where each vehicle is located within the premises, facilitating efficient operational instructions. ◆ RFID tags are attached to carts and pallets, allowing the premises to be divided into multiple zones to identify the location of carts within each zone. This enables accurate location management of logistics items and improves the efficiency of inventory tasks. 【Benefits of Implementation】 ◆ Allows for centralized real-time management of the movement status of in-house transport vehicles, operational instructions, and even the location of carts from a remote location. ◆ Significantly enhances the efficiency of in-house vehicle operation (logistics) management, achieving optimization of operations and improved safety on-site.

【Product】 ◆ It is possible to detect items arranged with no gaps in between. ◆ System design utilizing high-directional antennas is possible (applicable to parallel inspections, vertical storage areas, etc.). ◆ It is low-cost compared to conventional antennas (about 1/3), and it is made of aluminum/SUS materials, which are excellent in durability. 【Benefits of Implementation】 ◆ Elementena detects the exact location of targeted items with pinpoint accuracy (current item search). ◆ It enables long-distance communication with mobile entities (cranes, vehicles, track vehicles, etc.) (mobile communication).

【Features】 ◆ Since it is an antenna in the form of a cable, it can be wired to difficult-to-install locations (small spaces). ◆ The entire cable functions as an antenna, allowing for wide-range reading. ◆ The length and thickness of the cable can be selected according to the installation location. ◆ It has obtained a technical standards conformity certificate for specific low-power RF tag reading devices, so no radio wave usage application is required. 【Benefits of Implementation】 ◆ The ability to read multiple RF tags enables faster reading, reducing the burden on operators. ◆ It allows for the automatic recognition of parts and products stored on shelves (such as cabinets), easing tasks like inventory. ◆ It enables the automatic recognition of parts and products passing through entrances and exits, automating tracking management.