We will be exhibiting at JASIS 2023.

Liquid sensor that measures in real-time from 100% concentration to PPM levels.

The Collo Liquid Analyzer from ColloidTek is a liquid sensor that continuously and in real-time measures liquids during the production process. It detects homogenization, aggregation, gelation, crystallization, particles, and changes in viscosity. ■ Visualization of Liquid Properties It measures the dielectric constant (CP) of the liquid and the Collo Ion Viscosity (CIV), a coefficient related to ColloidTek's proprietary ion viscosity, allowing for real-time detection of physical and chemical changes in the liquid using its unique liquid fingerprint technology. ■ Compatibility with a Wide Range of Liquids It accommodates all types of liquids, from simple ones like water and alcohol to complex liquids such as slurries, gels, emulsions, pastes, creams, and liquids containing solids or opaque liquids. ■ Real-Time Analysis By placing sensors directly in part of the manufacturing process, it is possible to continuously measure and analyze data in real-time. ■ Easy Maintenance Adopting a non-contact technology using RF waves, it is not affected by particles in the liquid, requiring minimal maintenance.

• others

A compact gas sensor module specialized for VOC measurement. Ultra-small size suitable for embedding. Capable of detecting CO2, acetone, ethanol, and more.

Olythe's OCIEngine/OCIEngine Pro is an NDIR gas sensor module specialized for measuring VOCs. It can detect VOCs such as carbon dioxide (CO2), alcohol, acetone, and ethylene. In addition to standard products, we also develop and manufacture gas sensor modules tailored to customer requirements. <Ultra-compact and lightweight for embedded applications> Module size: 21×21×80 mm, 17 g (for OCIEngine) This module is developed for breath testing and is very compact, making it suitable for integration into handheld devices. Thanks to the manufacturer's patented technology used in the measurement cell, it maintains performance similar to conventional infrared absorption spectroscopy while being small and lightweight. It can be used as a core module for high-precision portable gas sensors and analytical devices.

• Other analytical equipment

Multi-point measurement capable FBG sensor

This product consists of an interrogator that performs light emission and reception for sensing, and an FBG fiber that has been processed with Fiber Bragg Grating (FBG). ■ Interrogator A compact and lightweight interrogator equipped with the components necessary for the analysis of Fiber Bragg Grating (FBG). ■ FBG Sensor Chain The FBG sensor chain is an optical fiber cable processed with Fiber Bragg Grating (FBG), allowing for flexible customization. The cable length can be up to 500 meters, and measurement points can be freely set, with a minimum spacing of 1 mm. It can also be used in combination with your currently used interrogator.

• Other measuring instruments

For temperature monitoring of transformers, reliable temperature monitoring is possible without being affected by noise from EMI/RFI or high voltage environments.

OSENSA's fiber optic temperature sensor for transformers enables real-time temperature monitoring of transformers without being affected by noise in environments with EMI/RFI or high voltage. The basic configuration of this product consists of a temperature sensor probe, transmitter, and software. The PRB-230 probe is designed for temperature measurement in oil-filled transformers and accommodates immersion and removal processes for various types of transformer oil. The transmitter is available in a type that can connect multiple probes with a single unit, allowing for simultaneous measurement of temperatures at multiple points.

• Other analytical equipment

Optical fiber thermometer suitable for power applications. Continuous temperature monitoring of switchgear and busbars without being affected by electromagnetic noise.

OSENSA's optical fiber temperature sensors for power and medical applications enable reliable temperature monitoring without being affected by noise in environments with EMI/RFI and high voltage. This product is suitable for continuous temperature monitoring of switchgear contacts, busbars, and critical connections. <Product Basic Configuration> - Temperature sensor probe (PRB-110 / PRB-910) - Transmitter (FTX-PWR+R series) - Software The temperature sensor probe is made from materials with high insulation resistance, allowing use in environments up to 38kV (three-phase). Additionally, there are options available for the probe's tip. The transmitter can continuously monitor the temperature of switchgear contacts, busbars, and other medium-voltage electrical equipment in real-time. One transmitter can connect 3 to 9 probes, enabling simultaneous measurement of temperatures at multiple points. It is also possible to connect multiple transmitters in series on a 35mm DIN rail.

• Other analytical equipment
• Other Smart Grid

Reliable temperature monitoring is possible without being affected by noise from EMI/RFI or high voltage environments.

The OSENSA fiber optic temperature sensor is a product suitable for temperature measurement in power applications, capable of reliable temperature monitoring without being affected by electromagnetic interference or noise. The basic configuration of this product consists of a temperature sensor probe, a transmitter, and software. The probe is protected by a highly insulating material for installation against the windings of motors and generators, allowing use in environments up to 38kV (three-phase). Additionally, options for the probe's tip are available for easy installation. The transmitter designed for motors and generators (medium voltage) can connect three or six fiber optic temperature sensors with a single transmitter, making it convenient for three-phase monitoring of various equipment.

• Other analytical equipment
• Other Smart Grid

High-precision and highly reliable temperature measurement is possible in MRI and RF environments.

OSENSA's optical fiber temperature sensor enables reliable temperature monitoring unaffected by electromagnetic interference or noise. This product is specifically designed for use in MRI and RF environments, achieving accurate and reliable temperature sensing in life sciences, research, and industrial applications where resistance to high-intensity electromagnetic fields and microwaves is required. The basic configuration of the product consists of a temperature sensor probe, a transmitter, and software.

• Other Smart Grid

Cost-effective converter for optical fiber sensors.

Mini Myotis is a cost-effective converter that can be used with Phonopitcs' optical fiber sensors (acoustic (microphone), dynamic pressure, vibration, tachometer (rotational speed meter), etc.) that are operable in harsh environments such as high temperatures and high magnetic fields. - Built-in SLED light source, photodiode, and microcontroller - Compatible with various sensors from Phonoptics (acoustic sensors, dynamic pressure sensors, vibration sensors, tachometers, etc.) - Enhanced stability with heat sink housing - Supports various outputs including BNC output

• Other measuring instruments

Can be used in harsh environments such as high temperatures and high frequencies. Measurement of dynamic pressure waves in turbochargers.

The Alpheus100 from Phonoptics is a dynamic pressure sensor that can be used in harsh environments such as high temperatures and high frequencies. ■ Compact: Sensor dimensions: Diameter Φ3.2mm, Φ2.5mm (※Φ1.25mm in development) ■ Lightweight: 0.5g (sensor head) Due to its fiber-optic design and small diameter, it can also be used for pressure measurements inside pipes. ■ Excellent explosion-proof properties The sensing part uses only glass and fiber, making it highly explosion-proof. ■ Accurate measurements in harsh environments. - RF/EMI-free, no influence from electromagnetic waves - Calibrated for better response speed and sensitivity than piezo sensors, allowing for more accurate measurements. ■ Frequency range: 40kHz, 100kHz (other specifications available upon request) ■ Operating temperature: up to 600℃ (※ up to 1000℃ in development) ■ Capable of detecting vibrations in liquids.

• Other measuring instruments

Acoustic sensors that can be used in harsh environments such as high temperature, high pressure, high humidity, high magnetic fields, and radiation environments.

The Myotis1300 from Phonoptics is a fiber optic acoustic sensor that can be used in environments with high temperatures, high pressure, high humidity, electromagnetic interference (EMI/RFI), strong magnetic fields, and radiation. ■ Usable in Harsh Environments It can be used in environments with high temperatures, high pressure, high humidity, electromagnetic interference (EMI/RFI), strong magnetic fields, and radiation. ■ The Sensor is Compact and Easy to Install By using a telephone communication network (single-mode fiber and graded-index multimode fiber types), the microphone can be connected to existing optical networks. ■ Product Configuration of Myotis 1300 - Acoustic Sensor - Converter - Power Cable

• Other measuring instruments

Acoustic sensors that can be used in harsh environments such as high temperature, high pressure, high humidity, high magnetic fields, and radiation environments.

The Myotis 1400ht from Phonoptics is a fiber optic acoustic sensor designed to withstand harsh environments such as high temperatures, high pressures, high humidity, electromagnetic interference (EMI/RFI), strong magnetic fields, and radiation. It is capable of capturing sound in locations where conventional microphones cannot operate. ■ Utilizes patented sensor technology and fiber optics With MM50 fiber, microphones can be used up to 10 km from the converter, and with SM fiber, even further distances are possible. ■ The sensor is compact and easy to install Output options include BNC output, 3.5mm audio jack, and USB. ■ Product configuration of Myotis 1400ht - Acoustic sensor - Converter - Power cable

• Other measuring instruments

This is a notice for the rebroadcast of the co-hosted seminar with Live Consulting Co., Ltd. held on September 11 and 15, 2026. "The New AI Tools Are No Longer Needed" This seminar allows participants to experience Microsoft Copilot, which can be used directly within familiar Word, Excel, and Teams, through a demonstration of actual operating screens. The answers are already within your existing Microsoft 365. You can use AI directly in Word, Excel, and Teams without the need for additional tool selection, all within the security framework of M365. We will explain the basics to practical applications of Copilot in 90 minutes, aimed at executives and managers in the manufacturing industry. We sincerely look forward to your participation. 【Recommended for】 - Executives and managers in the manufacturing industry who have not yet mastered generative AI/Copilot - Those considering AI implementation but are stalled due to tool selection, security, or promotion systems - Those who prefer to see "actual screens" rather than just "reading" before making a decision - Those who are concerned about security and cannot use ChatGPT in their company

We will be exhibiting at "CEATEC 2026," which will be held at Makuhari Messe from October 13 to 16. We provide information technology and process informatics (PI) that optimize "how to create" using physical simulations, AI, and machine learning in process development. We look forward to your visit to our booth. 【Seminar Information】 "Process Informatics for Exploring Optimal Manufacturing Conditions" Date and Time: October 16, 2026 (Friday) 12:45 - 13:00 Venue: Makuhari Messe Exhibition Hall 4 P Stage Speaker: CEO Takaishi Please check the link below for details on our exhibition.

In recent years, weather risks that affect construction sites, such as localized heavy rain, strong winds, and extreme heat, have been increasing. In response to this situation, more companies are implementing weather information services at the company or branch level to manage weather risks across multiple sites collectively. On the other hand, is there a challenge where "the company checks weather information, but it is not used much on-site"? To implement weather measures across the entire company, it is important not only for managers to easily grasp multiple sites but also for the personnel working on-site to be able to easily check the information necessary for their specific site. We are releasing a new feature called "Field View." For more details, please visit our website.

In recent years, weather risks such as localized heavy rain, strong winds, and extreme heat that affect construction sites have been increasing. In response to this situation, more companies are adopting weather information services at the company or branch level to manage weather risks across multiple sites collectively. On the other hand, is there a challenge where "the company checks weather information, but it is not used much on-site"? To implement weather measures across the entire company, it is important not only for managers to easily grasp multiple sites but also for the personnel working on-site to be able to easily check the information necessary for their specific site. We are releasing a new feature called "Field View." For more details, please visit our website.

In recent years, weather risks such as localized heavy rain, strong winds, and extreme heat that affect construction sites have been increasing. In response to this situation, more companies are introducing weather information services at the company or branch level to collectively manage weather risks across multiple sites. On the other hand, is there a challenge where "the company checks weather information, but it is not used much on-site"? To implement weather measures across the entire company, it is important not only for managers to easily grasp multiple sites but also for the personnel actually working on-site to be able to easily check the information necessary for their specific site. We are releasing a new feature called "Field View." For more details, please visit our website.