Notice of Participation in bauma 2022

This is a robust magnetostrictive linear displacement sensor designed to withstand harsh environments such as shock, vibration, and temperature, utilizing magnetostrictive technology.

This sensor is a compact, non-contact, high-reliability sensor specially developed through rigorous testing to fit within hydraulic and pneumatic cylinders. To accommodate various applications, it offers selectable interfaces such as analog, PWM, CANbus, CANopen, and J1939. It also supports SIL2 and performance level d, which will become essential in the future.

• Drilling Machine
• Work boats, research vessels, underwater work machines
• Prime movers, torque converters, hydraulic equipment, generators

We provide robust Absolute Displacement Sensors that can withstand harsh environments such as shock, vibration, and temperature.

This absolute displacement sensor is compact and can fit inside hydraulic and pneumatic cylinders. Additionally, it is a non-contact, highly reliable absolute position sensor specially developed to undergo rigorous testing such as shock tests, vibration tests, and temperature tests for hydraulic cylinders used in vehicles, construction machinery, and agricultural machinery, as well as for actuators.

• Other measuring instruments

Position sensor for hydraulic cylinder used in steering.

The Temposonics model MB is a stainless steel sensor developed specifically for external use with hydraulic cylinders and can be used in applications such as steer-by-wire. This sensor is compact in size with an M14 x 1.5 thread, making it suitable for use in double-acting steering cylinders. A magnet is attached to the piston, transmitting position information to the sensor through the non-magnetic cylinder wall. By using two external sensors, it has a redundant function, meeting high safety requirements. In addition to external use with double rod cylinders, it is also suitable for direct attachment to differential cylinders via screws. In this type of installation, a ring magnet attached to the piston slides the sensor to perform position measurement. In other words, the model MB offers the flexibility to install the sensor inside the cylinder or externally. This new M series sensor allows for the complete integration of the sensor into the hydraulic cylinder.

• Work boats, research vessels, underwater work machines
• Prime movers, torque converters, hydraulic equipment, generators
• Other measuring instruments

Position sensor for hydraulic cylinder used in steering.

The Temposonics model MB is a stainless steel sensor developed specifically for external use on hydraulic cylinders and can be used in applications such as steer-by-wire. This sensor is compact in size with an M14 x 1.5 thread, making it suitable for use in double-acting steering cylinders. A magnet is attached to the piston, transmitting position information to the sensor through the non-magnetic cylinder wall. By using two external sensors, it provides redundant functionality, meeting high safety requirements. In addition to external use on double rod cylinders, it is also suitable for direct attachment to differential cylinders via screws. In this type of installation, a ring magnet attached to the piston slides the sensor to perform position measurement. In other words, the model MB offers the flexibility to install the sensor either inside or outside the cylinder. This new M series sensor allows for the complete integration of the sensor into the hydraulic cylinder.

• Work boats, research vessels, underwater work machines
• Prime movers, torque converters, hydraulic equipment, generators
• Other measuring instruments

Robust magnetostrictive redundant (redundancy) triple/twin sensors for harsh environments such as shock, vibration, and temperature.

The Temposonics M series includes models MT, which integrate sensing components, electrical circuits, power supplies, and interfaces into a single unit, with three units or two units independently incorporated into one sensor. In other words, it is a triple/twin linear displacement sensor. This design ensures that if a failure occurs in one sensor, another independently operating sensor unit embedded in the same sensor can guarantee functionality, significantly enhancing reliability through redundancy. It is suitable for applications that require a stronger emphasis on the high reliability characteristic of Temposonics sensors, such as power generation turbines, nuclear power plants, medical devices, emergency vehicles, sluice gates, and military applications.

• Other measuring instruments

This is a robust magnetostrictive linear displacement sensor designed to withstand harsh environments such as shock, vibration, and temperature using magnetostrictive technology.

This sensor is a compact, non-contact, high-reliability sensor specially developed through rigorous testing to fit within hydraulic and pneumatic cylinders. To accommodate various applications, it offers selectable interfaces such as analog, PWM, CANopen, and J1939. It also supports SIL2 and performance level d, which will become essential in the future. This robust sensor provides optimal solutions for automation and safety in construction machinery, railways, and agricultural machinery. Additionally, the RF sensor, with a maximum range of 20m, can monitor displacements of tunnel walls and slopes in real-time at up to 30 locations with a resolution of 1μm, ensuring safe and reliable construction.

• Work boats, research vessels, underwater work machines
• Prime movers, torque converters, hydraulic equipment, generators
• Other measuring instruments

You can choose from a diverse lineup according to your needs.

Temposonics sensors are durable non-contact absolute linear scales that use magnetostrictive technology, designed to withstand harsh environments such as shock, vibration, and temperature. They offer high precision (0.5μm) and robustness (shock resistance of 100G, vibration resistance of 30G, waterproof rating of IP68/69K, rod pressure resistance of 80MPa, CE compliance), and are equipped with a variety of interfaces (analog, SSI, CANbus, Profibus, EtherCAT, EtherNet/IP, etc.). They can be used in a wide range of applications, including waterproofing, multi-position simultaneous measurement, and explosion-proof requirements.

• Work boats, research vessels, underwater work machines
• Prime movers, torque converters, hydraulic equipment, generators
• Other measuring instruments

Fully integrated linear sensor suitable for harsh operating environments in cylinders.

The Temposonics MH series is a robust absolute linear scale that uses magnetostrictive technology, designed to withstand harsh environments such as shocks, vibrations, and temperature variations. It is compact and can fit within hydraulic and pneumatic cylinders. Additionally, it has been specially developed for use in vehicle hydraulic cylinders, construction machinery hydraulic cylinders, agricultural machinery hydraulic cylinders, and actuators, undergoing rigorous testing such as shock tests, vibration tests, and temperature tests. To accommodate various applications, interfaces such as analog, PWM, CANopen, and SAE J1939 can be selected. Furthermore, the RF sensor, with a maximum length of 20m, can monitor displacements of tunnel walls and slopes in real-time at up to 20 locations with a resolution of 1μm, ensuring safe and reliable construction.

• Drilling Machine
• Work boats, research vessels, underwater work machines
• Prime movers, torque converters, hydraulic equipment, generators

The housing industry is currently facing a significant turning point due to factors such as population decline, a reduction in demand for new construction, and intensified price competition. This seminar will clearly explain the "business model transformation strategies" necessary for construction companies to survive and continue to grow in such a challenging environment. We will introduce specific approaches that can be immediately applied on-site, along with a roadmap to success.

ODS Corporation, a manufacturer of business information terminals (headquartered in Chiyoda-ku, Tokyo, President: Kiyoshi Sunanaga), in collaboration with Magconn Corporation (headquartered in Kokubunji City, Tokyo, President: Satoshi Inoue), will showcase its business tablets at the "HCJ2026 International Hotel and Restaurant Show" to be held at Tokyo Big Sight from February 17 (Tuesday) to 20 (Friday), 2026. We will present the Android model "TA2C-NF8" equipped with an NFC reader/writer, which can be utilized in restaurants and hotels, as well as the Windows model "TW2A-NF9LTA" with an NFC reader/writer, which will be unveiled for the first time at this exhibition and is scheduled for release in March. By combining these products with Magconn's charging system, which allows for stable charging with a one-touch magnetic attachment, we aim to propose improvements in operational efficiency and the creation of new business opportunities utilizing NFC solutions.

The Practical Solution Fair is one of Japan's largest IT comprehensive exhibitions, hosted by Otsuka Shokai, held once a year. This year's theme is "Expanding with AI! Complete DX." The venue will showcase the latest business efficiency tools utilizing AI, and Paperlogic will exhibit "Electronic Contracts" and "Construction Document DX Pocket." ■ Date February 18, 2026 (Wednesday) 10:00 AM - 5:00 PM (last entry) February 19, 2026 (Thursday) 9:30 AM - 5:00 PM (last entry) Applications for attendance are accepted until 5 PM on each day. ■ Venue Grand Cube Osaka (Osaka Prefectural International Conference Hall): 5-3-51 Nakanoshima, Kita Ward, Osaka City, Osaka Prefecture ■ Participation method: Free, registration required https://it-event.otsuka-shokai.co.jp/osaka/ ▼ For details on the Tokyo venue, click here https://note.com/paperlogic/n/nb096d59149dc

We will be exhibiting at "JAPAN SHOP 2026," which will be held at Tokyo Big Sight from March 3 (Tuesday) to March 6 (Friday), 2026.

**Lecture Content** "Characteristics of Soil Engineering and Troublesome Issues Anticipated in Design and Construction" (Scheduled Time: 15:00–16:00, 60 minutes) In our disaster-prone country, soil engineering, particularly embankments, has led to large-scale ground disasters due to earthquakes and heavy rainfall, resulting in significant damage. In this lecture, we will explain why soil engineering is vulnerable to rain and earthquakes from a geotechnical perspective, as well as discuss countermeasures for special soils and soft ground, which are treated as troublesome soils in design and construction. Lecturer: Masahiro Okamoto Consultant, Koyo Daiichi Consultants Co., Ltd. Tokyo Branch