Published a technical column "How to Choose a Camera-less Monitoring System" | Quick reference for 3 methods / Suitability by location / Choosing based on scenarios / 5 selection criteria to check.

Easily introduce monitoring with retrofitted installation. Support for reducing the burden on the site and safety measures without contact or the need for cameras.

Motion Catch is a non-contact monitoring sensor that utilizes millimeter-wave radar and AI technology. It can be installed on walls or ceilings, making it easy to introduce into existing spaces. Since it does not use cameras and does not record images, it enhances the monitoring system while considering privacy. It can be utilized in a wide range of environments such as nursing facilities, hospitals, hotels, and offices, and is helpful for early detection of falls and sudden changes, confirming occupancy status, and strengthening nighttime monitoring.

• Area Sensor
• Safety Sensors
• Other Sensors

Non-contact detection of falls, getting out of bed, and prolonged immobility. A monitoring sensor for care facilities that considers privacy without the need for cameras.

"Motion Catch" is a non-contact monitoring sensor equipped with millimeter-wave radar and AI, designed to support the monitoring of residents in nursing facilities. Its feature is that it does not use cameras and does not record images, making it easy to implement in spaces where privacy considerations are necessary, such as in private rooms or at night. It supports essential monitoring functions required in caregiving settings, including fall detection, bed exit and return monitoring, presence/absence tracking, and detection of prolonged immobility. It can also accommodate breathing and heart rate detection, as well as sleep quality analysis reports (consultation required). It can be installed on ceilings or walls and can cover an area of approximately 4m x 6m with a single unit, contributing to the streamlining of monitoring in private rooms and nighttime rounds, as well as reducing staff burden.

• Sensors
• Area Sensor
• Other Sensors

Non-contact monitoring of hospital rooms, private rooms, and restrooms. Supports early detection of falls and sudden changes, with consideration for privacy and no need for cameras.

"Motion Catch" is a non-contact monitoring sensor equipped with millimeter-wave radar and AI, designed to support monitoring tasks in hospitals, clinics, and nursing facilities. Its feature is that it does not use cameras and does not record images, making it easy to implement in spaces where privacy considerations are required, such as patient rooms, private rooms, and restrooms. In addition to fall detection, understanding presence/absence, and detecting prolonged immobility, it can also monitor respiratory rate, heart rate, and provide sleep quality reports. For hospital applications, it is expected to monitor sudden health changes or falls in restrooms, helping to prevent oversight in monitoring and reduce the burden of nighttime responses. It can be installed on ceilings or walls and can cover an area of approximately 4m x 6m with a single unit, efficiently supporting safety measures in private rooms and patient rooms.

• Sensors
• Area Sensor
• Other Sensors

A monitoring sensor that can detect changes in single residents non-contactly, allowing for quick awareness of any emergencies. It can be retrofitted to existing properties without the need for cameras or construction.

For owners and management companies of senior housing, service-equipped senior housing (Sahojyu), and rental apartments. "MotionCatch" is a monitoring sensor that combines millimeter-wave radar and AI. It detects only "anomalies" without using cameras and without any video recording, ensuring that residents' lives are not intruded upon. 【For enhancing safety checks and monitoring】 ■ Detects and notifies when there is no movement for an extended period ■ Early detection of falls and sudden changes in condition ■ Monitors presence/absence, entry and exit, as well as breathing and heart rates 【For increasing property value】 ■ Differentiates rental offerings as "monitored housing" ■ Compact size, no construction needed (USB powered, Wi-Fi) allows for easy retrofitting to existing properties ■ Easy restoration to original condition upon tenant departure Detection data is analyzed by cloud-based AI and notified to management companies' PCs and smartphones. The implementation is expanding in senior housing facilities. Trial implementation (PoC) and online explanations are currently available. *No video is recorded. This is not a medical device.

• Sensors
• Other Sensors
• Safety Management

The Hino Smart Cabinet provided by Nichinichi Shimizu Machinery Co., Ltd. is a material management solution that allows for the management of factory tools and consumables like a vending machine. This system automates inventory management and ordering processes, preventing the risk of production stoppages due to stockouts and significantly reducing the burden of inventory tasks. The cabinet comes in various types, such as drawer-type and spiral-type, allowing for the proper storage of drills, measuring instruments, protective gear, and more according to their intended use. Furthermore, the history management function through user authentication accurately tracks "who took out what and when," contributing to loss prevention and cost reduction. Operating 24/7 with no maintenance required, it is introduced as an efficient tool to promote the digital transformation (DX) of factories.

We have published a technical column titled "How to Choose Camera-less Monitoring" (A4, 4 pages, with illustrations). When considering monitoring devices, the discussion often revolves around "whether to use a camera or not," but what truly matters is the perspective of what you want to notice in that location. This document organizes the differences between three methods: camera, millimeter-wave radar, and mat/load-based systems, and summarizes how to choose based on suitability for different locations. [Contents] - There are three main types of monitoring methods (Camera / Millimeter-wave radar / Mat/load-based) - Quick reference table of differences between methods (What can be detected / Installation and environment / Usability / Privacy) - Choosing based on scenarios (Falls at night / Toilet and changing room / Confirming presence in living spaces, etc.) - Three common decision points that can cause confusion on-site, and three frequent mistakes - Five items to check during selection This document organizes the general trends for each method. Since the actual feasibility and specifications vary by product, if you let us know the location and what you want to notice, we can assist you with choosing the right option.

Nikken Coating Industry will exhibit at the "Industrial Exchange Exhibition 2026" held at Tokyo Big Sight from November 11 (Wednesday) to November 13 (Friday), 2026! At our booth in the "Tokyo Business Frontier" area, we will introduce various functional coatings that address challenges such as "sticking," "slipping," and "wear" in manufacturing environments. On the day of the event, we plan to showcase the following coating technologies and product samples: ■ PEEK Coating "PEEKCOAT" A functional coating with excellent durability, wear resistance, and sliding properties. Grades compliant with PFAS regulations are also available for consultation. ■ High-Temperature Durable Release Coating "Thermo Pro Release" Prevents adhesion and scorching during thermal crimping and thermal welding. ■ Ultra-Thin Film Coating "NonStick STC" Suitable for parts that require dimensional accuracy, such as cutting tools and precision molds. We also welcome technical consultations regarding improvements in release properties, wear resistance, and sliding properties through coatings, as well as prototype and contract processing. Please stop by our booth! 【Event Dates】November 11 (Wednesday) to November 13 (Friday), 2026 【Venue】Tokyo Big Sight 【Booth】B-01 in the Tokyo Business Frontier area

Metal cracks are one of the concerns in equipment maintenance operations. Conventional welding repair methods can alter the base material around the crack due to heat, leading to residual stress and deformation, which always carries the risk of "crack recurrence" or "secondary damage." Hinode Water Supply Equipment Co., Ltd.'s "Mechanical Stitching Method" is a new technique that allows for metal crack repair without the application of heat. By using special bolts and reinforcement plates, the crack is physically removed without affecting the base material at all. Repairs can be made even in environments where open flames cannot be used. Since no heat is applied, the disassembly of equipment is minimized. For more details, please contact us or download the catalog.

The hyper CLT flooring has an appeal that is difficult to convey with just the numbers in the catalog. It is a lightweight wooden flooring made using CLT, with a 5×10 panel weighing about 230 kg. Because it is relatively lightweight, it is easy to install, remove, and relocate on-site, and its ease of handling becomes more apparent when actually used. Additionally, the heat reflection and radiant heat during summer, as well as the metallic sounds from vehicle traffic, are points where you can easily notice the differences compared to traditional steel plates. By trying it out in a few specific locations such as temporary roads, delivery routes, and heavy machinery work yards, the unique characteristics of wooden flooring become evident. Furthermore, the hyper CLT flooring is registered as a technology with the Ministry of Land, Infrastructure, Transport and Tourism under NETIS as "TH-250021-A." It can also be an option when considering new technologies for civil engineering sites. Wooden flooring, NETIS, civil engineering, CLT. The hyper CLT flooring is a lightweight wooden flooring that has value that can only be understood through use.