[Event] We exhibited at the 7th Wakayama Prefecture Kensanpin Construction Materials Fair.

The Easy Shelf Method for simple spraying can be utilized as a countermeasure against the frequent short-duration heavy rains occurring recently!

The Easy Shelf Method, promoted by the National Slope Disaster Prevention Association, which is managed by K.F. Corporation, can be utilized as a countermeasure against the recent frequent short-duration heavy rains! 【Countermeasure Situations】 1. As a countermeasure against erosion and collapse of slopes due to surface water: Easy Shelf Method + Vegetation within the frame 2. As a countermeasure against sliding collapse due to infiltrating water: Easy Shelf Method + Mortar spraying within the frame 【Comparison with Precast Grid Frames】 1. All beams are continuous, increasing resistance to ground collapse. 2. Surface water can be smoothly drained. 3. It is closely attached to the ground, making it less susceptible to erosion. 4. It is expected to have a suppressive effect on surface collapse.

• Railway Construction
• Earth retaining wall/foundation reinforcement
• Civil Engineering Method

Utilizing resources, moving towards the construction of a circular society that approaches zero emissions [Plant-Induced Spraying Work].

The plant-induced spraying method is a resource-circulating greening technique that effectively utilizes raw chips from felled trees and uprooted materials as a growth substrate. Wakayama Prefecture Ken Sanpin Registration Number H23-754 【Features of the Plant-Induced Spraying Method】 1. It allows for the effective use of felled trees and uprooted materials. 2. It has high erosion resistance and does not erode even in bare ground conditions for long periods. 3. By incorporating a specialized microbial active enzyme called "Haeru-chan," it avoids plant growth disorders caused by nitrogen starvation, decay, and the generation of harmful substances due to undecomposed chips. 4. The sponge effect due to the three-dimensional entanglement of chips is notable. Additionally, its high erosion resistance and the uneven surface of the growth substrate make it suitable for greening through natural invasion promotion (without seeding), as it facilitates the establishment of airborne seeds. *For more details, please contact us or download the PDF to view.

• Other civil engineering works

We would like to inform you that, in order to further strengthen and enhance our sales and service operations, there will be changes to our Nagoya Sales Office as of April 1st, as detailed below. ■ Relocation of Nagoya Sales Office 【New Address】 〒460-0003 6th Floor, Sando Building, 1-7-27 Nishiki, Naka Ward, Nagoya City, Aichi Prefecture TEL: 052-212-6520 / FAX: 052-212-6521 *Please note that the TEL and FAX numbers will also change. Taking this opportunity, all of our staff will continue to make even greater efforts. Please feel free to contact us.

To combat heatstroke during the summer, Sysmet Co., Ltd. has started providing black globe thermometers again this year. Differences from conventional black globe thermometers: - 17-day ahead heat index (WBGT) forecast with a 500m mesh - 1-minute updates of heat index (WBGT) measurements compliant with JIS standards - Email alerts when threshold values are exceeded, along with alarm devices (electronic display boards, rotating lights) and notifications via direct LINE WORKS, etc.

We will introduce the implementation results of the sensor technology developed by the Hotron Group, which has been cultivated over more than half a century, through customer case studies. In addition to automatic door sensors, we also offer a wide range of vehicle detection sensors and nursing/care sensors. We have many implementation examples available, so please take a look at the case study page.

■ Evaluation Points of the Award-Winning Work "OPELAIII Cx" A rigorous evaluation was conducted by 129 design experts from approximately 10,000 submitted designs from 68 countries and regions around the world. Our "OPELAIII Cx" received high praise in the following three pillars, leading to its award. Innovative Innovation: A new approach that is not bound by existing concepts has realized the [wearable shadowless lamp]. Thorough Usability: Based on a comprehensive user perspective, we pursued intuitive and stress-free excellent operability. Design Pursuing Ergonomics: From material selection to the details of product design, we prioritized the health and comfort of doctors around the world who work in harsh environments. We thoroughly implement ergonomics to reduce physical strain and maximize performance. Details of the award-winning work are published on the official iF design portal site at https://ifdesign.com/en/winner-ranking/project/opelaiii-cx/739885.

This product is a light source device utilized in a wide range of processes such as curing, surface treatment, sterilization, analysis, and material evaluation using ultraviolet (UV) light. With stable light output and an easy-to-handle design, it can be widely used from manufacturing sites to research and development fields. Depending on the application, you can select the type and output of the lamp, ensuring stable processing quality. Main UV lamp light source products: 1. Excimer light source Covers special wavelength ranges that cannot be achieved with LEDs, making it ideal for research and evaluation applications requiring specific wavelengths, such as semiconductor and material evaluation, surface modification, and photochemical reactions. 2. Low-pressure mercury lamp light source Emits high-energy short-wavelength UV, used in various fields such as sterilization, surface cleaning, resin pretreatment, analytical devices, and environmental measurement instruments. 3. High-pressure mercury lamp and metal halide lamp light source (for UV curing devices) Compatible with resins that are difficult to cure with LEDs, it plays a significant role in the adhesion, printing, and coating processes of UV-curable resins, as well as in the manufacturing of electronic components and the curing processes of optical materials. It also supports selection tests for light sources and filters, proposing optimal irradiation conditions tailored to resin characteristics. Custom specifications are also available. Please feel free to consult us regarding irradiation range and required functions.