[Recommended for supervisors and safety and health managers!] We are distributing materials that will help you choose work gloves!

This is a document that helps in choosing work gloves, clearly explaining the material strength against mechanical risks.

This is a document that clearly explains the standards for the physical strength of work gloves, widely adopted around the world, specifically 【EN388:2016】. It provides an overview of each item, details about the testing methods, and how to interpret the score display. It is recommended for foremen and safety and health managers who are considering the introduction or review of work gloves and protective gloves for safety management and improvement of the work environment.

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This is a document that helps you understand the "heat resistance" standards for selecting work gloves.

This is a document that clearly explains the widely adopted "heat resistance" standard 【EN407】 for performance testing of work gloves. It provides an overview of each item, details about the testing procedures, and guidance on how to interpret the score displays. It is recommended for supervisors and safety and health managers who are considering the introduction or review of work gloves and protective gloves for the purpose of improving safety management and work environments.

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From measurement instruments to point cloud processing and analysis software, the latest solutions come together! We propose numerous cutting-edge technologies and products that solve on-site challenges in a one-stop manner. It's not just about seeing; it's about experiencing, consulting, and bringing it back to the field. At the venue, we will showcase the latest measurement instruments and solutions, including 3D laser scanners, handheld 3D scanners, LiDAR drones, and 3DGS (Gaussian Splatting). Additionally, we will announce surprise new products!

We have updated the article on the website of the semi-custom system construction "Select Beam." When planning factories, logistics warehouses, and stores, "system construction" has become an effective means of achieving cost reduction and shortening construction periods. The rationality of system construction through thorough standardization is very high, and it is adopted in many projects. However, due to the differing characteristics of each manufacturer, many business owners find themselves wondering, "Which manufacturer is suitable for our plans?" and "Is it really optimal compared to conventional methods?" In this article, we will compare and introduce the basic knowledge of the advantages and disadvantages of system construction, as well as recommend manufacturers by purpose in a ranking format. ■ Semi-Custom System Construction "Select Beam" This is a unique method by Sakura Structure, and it is a "third option" that is less expensive than system construction. It is the most suitable method for low-rise long-span buildings such as stores, warehouses, factories, and logistics facilities, as well as high-rise buildings like hotels.

"Because the ground is poor, we have no choice but to use a structural slab." Such fixed notions of "over-design" unnecessarily drive up construction costs. In large space buildings such as warehouses, factories, and stores, the choice of floor slab type is one of the most significant variables affecting construction costs. What is important is to compare and verify the advantages and risks of each type, and to derive the optimal solution that is "suitable for the purpose" for the entire building. By reading this content, you will understand the following points: - Characteristics of the five main construction methods with different support forms - Recommended situations for adoption - Cost comparison examples of floor slabs "I am struggling with the dilemma of floor settlement risks and costs on weak ground." "I want to know the optimal solution for the site without being tied to a specific construction method." Construction companies and general contractor representatives facing such issues are encouraged to take a look.

Our company will be exhibiting at the "Hokuriku Technology Exchange Techno Fair 2026." Dates: October 23rd, 10:00 AM - 5:00 PM October 24th, 10:00 AM - 4:00 PM Venue: Fukui Prefectural Industrial Hall We look forward to your visit.

Temperature-Sensitive Louvers Utilizing Shape Memory Alloy Technology Sahara Co., Ltd. (Headquarters: Ichinoseki City, Iwate Prefecture) launched the natural exhaust ventilation device "Factory/Warehouse Exhaust Eco Louvers" on April 1st, aimed at solving the problem of heat accumulation indoors in large facilities such as factories, warehouses, and logistics centers. In recent years, Japan has experienced rising temperatures during the summer, making indoor temperature increases a significant issue in large spaces like factories, warehouses, and logistics centers. Particularly, the accumulation of heat near the roof leads to problems such as deteriorating working conditions, increased load on equipment, and rising air conditioning costs. However, when introducing ventilation systems or large fans, the costs for equipment and electricity often increase, resulting in many cases where adequate measures are not taken. To address these challenges, Sahara Co., Ltd. has developed the "Factory/Warehouse Exhaust Eco Louvers," which exhaust heat using natural forces without consuming electricity. ■ Product Features - Natural exhaust ventilation that requires no electricity - Temperature-sensitive opening and closing using shape memory alloy (limited to temperature-sensitive type) - High-durability aluminum structure - Louver design that minimizes rainwater intrusion - Compatible with retrofitting to existing facilities - Suitable for wooden, steel, and ALC structures