Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 30 items
99.5% ultra-high precision 3D ToF people counting sensor
The 3D ToF people counting sensor VS132, which adopts the latest 3D ToF technology and LoRaWAN wireless deployment, is highly compatible with bidirectional line-crossing human detection applications based on its advantages of ultra-high precision of 99.5% and 100% anonymous detection, allowing for accurate and valuable statistics for further decision-making.
Examples of solutions for initiatives toward the digital transformation of liquid level measurement operations, simplification of processes after measurement, and reduction of maintenance costs are provided.
Our company leverages the extensive know-how gained from developing liquid level gauges for the maritime industry, and we have a wealth of achievements in proposals aimed at improving efficiency and reducing manpower related to "liquid level measurement." Currently, in addition to materials introducing our initiatives for promoting DX, we are offering documents that present a total of 10 case studies and solutions, including: - "Reducing maintenance costs for liquid level gauges in food tanks" - "Streamlining processes after measurement" - "Improving visibility of tank liquid level" We can support everything from sensors to the entire system and software development, listening to your concerns and developing while grasping the overall picture. [Content Highlights (Excerpt)] "DX Transformation in White Companies" - Digitization of internal order files - Document management using cloud services for business app development "Case Studies on Efficiency and Labor Reduction in Liquid Level Measurement" - "I want to achieve efficiency in oil delivery" - "I want to prevent pump troubles by improving the efficiency of tank liquid level measurement" - "I want to achieve efficiency in tank liquid level measurement" - "I want to see the liquid level at eye level" - "The liquid is transparent, making it hard to see the liquid level" *You can view the materials from the download button below.
Calibration support! Introducing optional sensors such as the SK-L400T, SK-1110, and SK-1120.
The "MC-K7101" is a general measurement sensor with a measurement range of -100 to 700℃. It has an accuracy of Class 1, with a shape of φ3.2×L250mm (pointed tip), and comes with a cable approximately 1.5m long. Please feel free to consult us when you need assistance. 【Specifications】 ■ Measurement range: -100 to 700℃ ■ Accuracy: Class 1 ■ Shape: φ3.2×L250mm (pointed tip), with a cable approximately 1.5m long ■ Calibration support ■ JCSS calibration *For more details, please refer to the PDF document or feel free to contact us.
Introducing a product with a shape of φ3.2×L250mm (SUS316/tapered tip) and approximately 1.1m of cable attached!
The "SK-S101K" is a Class 1 general measurement sensor. It is an optional sensor (K thermocouple) for the SK-1260, with a measurement range of -100 to 700°C and calibration support. Please feel free to contact us when you need assistance. 【Specifications】 ■ Accuracy: Class 1 ■ Measurement range: -100 to 700°C ■ Shape: φ3.2×L250mm (SUS316/tapered tip), approximately 1.1m cable included ■ Calibration support ■ JCSS calibration *For more details, please refer to the PDF document or feel free to contact us.
Introducing the "3DM-10 Series" IMU sensor, which has high industrial product-level performance and is available at an affordable price.
All inertial measurement unit (IMU) models have the capability to directly measure acceleration, angular velocity, delta theta, and delta velocity. The 3DM-CX5 is a board-mounted type that conforms to GXS specifications. The 3DM-CV5 has optional features such as automatic magnetic anomaly correction, gyro, and acceleration noise effect correction. In the output data calculation model, high-precision calculated data can be output even in dynamic operating conditions using an automatically adaptive estimation filter algorithm. Depending on the model, it calculates and outputs values for roll, pitch, and yaw.
Eye tracking from the eye tracker, arousal level measured by GSR, facial expression analysis from camera images, and synchronized measurement of brain activity using an EEG!
CAPTIV Neurolab is a system that combines sensors related to behavioral analysis with powerful analytical software. It visualizes and quantifies data obtained from GSR, facial expression estimation, eye tracking, and EEG measurements, outputting it in formats such as gaze plots, heat maps, histograms, and graphs. The visual stimuli that can be set include still images, videos, and screen recordings of websites. From test preparation to data analysis, it can be used easily by anyone with just a few steps.
A compact IMU with high quality and high reliability in stability for your system.
The Pulse-40 IMU is a tactical-grade, 6DoF IMU that delivers excellent performance in harsh environments without compromising on SWaP-C (Size, Weight, Power, and Cost). Its wide temperature calibration process, ranging from -40°C to 85°C, ensures the highest measurement accuracy in any environment. A digital calibration report guarantees that the product meets specifications. Weighing 12 grams and consuming 0.3W, the Pulse-40 IMU is an outstanding IMU with a balanced high performance, particularly suitable for embedded applications. Additionally, thanks to its ultra-low noise gyroscope and very low vibration rectification error, it is ideal for high-frequency and high-vibration environments (MIL-STD-810G tested).
Visualizing training performance
TRAIN.RED is a company established based on the long-accumulated research and technology of the global company artinis, which is also headquartered in the Netherlands and specializes in near-infrared spectroscopy (NIRS) systems. TRAIN.RED has developed a visually simplified NIRS device aimed at general athletes who are not technicians or researchers, using the NIRS system from artinis that has been used in research and development settings for many years. The TRAIN.RED muscle oxygen sensor utilizes near-infrared spectroscopy (NIRS) technology to measure athletes' muscle oxygen saturation levels and visualize their muscle activity in real-time.
No construction needed! Cloud-connected power measurement sensor (power meter)!!
This is a power data acquisition service that can be easily installed without the need for construction. You can check information such as power consumption and usage time for each electrical device (system) in real-time on your PC or smartphone, and the measured data can also be output in CVS format via a web browser. The analysis of the acquired data can be useful for various purposes, including improving operational efficiency and detecting anomalies in equipment.
![[Data] High-speed / high-precision shape / deformation / vibration distribution measurement](https://image.www.ipros.com/public/product/image/56b/2000684441/IPROS97608452579196052919.png?w=280&h=280)
The goal is to build a safe and secure society! Effectively utilizing research results developed at universities through unique technology research and development!
This document introduces "high-speed/high-precision measurement of shape/deformation/vibration distribution," aimed at building a safe and secure society through safety inspections of products, defect inspections of products, and visualization of the invisible. It includes an introduction to the product series called "4D Sensor for X," as well as the "vibration distribution meter using the OPPA method," the "optical system of the shape measurement device using the OPPA method," and "displacement measurement using the sampling moiré method." We encourage you to read it. 【Contents (partial)】 ■ Research and development venture company originating from Wakayama University ■ Vibration distribution meter using the OPPA method ■ Vibration mode analysis (analysis over 2.5 seconds) ■ Principle of the full-space tabulation method (Wakayama University patent) ■ Various phase shift methods *For more details, please refer to the PDF document or feel free to contact us.
In industrial environments where high precision and low latency measurements are required! MEMS 9-axis IMU equipped with sensor fusion capabilities.
The "LPMS-IG1" is an IMU sensor that detects direction and acceleration, measuring with high precision. The "LPMS-IG1P" is a product that adds GPS measurement functionality for automotive applications to the LPMS-IG1. The case is waterproof (IP67), and with a powerful CPU, it processes data from the gyroscope, accelerometer, and magnetometer, calculating results in real-time with low drift and high precision. It is suitable for industrial environments where high precision and low latency measurements are required. 【Features】 ■ Waterproof design (IP67) ■ MEMS 9-axis IMU with sensor fusion capabilities ■ Equipped with a low noise/low drift (4℃/1h) accelerometer ■ Real-time calculation of posture/linear acceleration within the sensor *For more details, please refer to the PDF document or feel free to contact us.
Traffic volume survey with a camera.
For more details, please watch the YouTube channel "CaaS Channel." Vehicle type classification Supports various types: cloud-based, edge-based, on-premises 12-hour and 24-hour measurement Track record of adoption by local governments https://www.youtube.com/watch?v=YVcOnnW1gM8&t=6s Live streaming using a simple edge AI https://www.youtube.com/watch?v=lVzH0ZPG608
A multi-measuring instrument that can perform the measurements required for optical alignment with a single device.
■Reduction of Adjustment Time - Measurements necessary for beam adjustment can be performed with a single measuring device, eliminating the need for attaching and detaching the device. - Measurement of beam divergence angles is possible, allowing for ideal collimation adjustments. ■Space-saving Adjustment - Compact and high-precision measurements are possible.
A temperature sensor with the features of "ultra-compact," "high-speed response," and "non-contact." It is ideal for medical, healthcare, and wearable devices.
<Thermometer> ●ET-3H Achieves a more compact design than conventional products! It is characterized by a very small measurement error due to the high-precision classification of thermistor characteristics. ●FT-ZM A unique product from SEMITEC! Created through the thin-film technology of thermistors that is not available from other companies! The features of the thin-film thermistor "FT series," which are "thin" and "compact," allow for surface contact with the measurement part, achieving a 70% increase in response speed compared to the conventional "ET-3H." <Catheter> ●Fμ Sensor Offering ultra-small sensors with diameters of 0.5 mm and 0.3 mm! This is a compact and high-precision thermistor sensor created through thin-film technology and microfabrication technology. The development of the thin-film thermistor Fμ series not only achieves miniaturization but also incorporates trimming technology to ensure uniform thermistor characteristics, providing high precision (characteristic tolerance ±0.3%). This product has a proven track record in medical (catheter) applications. <Ear Thermometer> ●Thermopile It can detect infrared radiation emitted from the eardrum, allowing for non-contact body temperature measurement! It is used in "ear thermometers" and also in forehead thermometers commonly seen during the COVID-19 pandemic.
![[VICON] Evaluation Device 'Blue Trident'](https://image.www.ipros.com/public/product/image/c0f/2000491203/IPROS63642272755257147502.png?w=280&h=280)
Measuring acceleration to the fullest extent! Leading inertial data measurement into a new era.
The "Blue Trident" is an evaluation device that allows sports biomechanics researchers, sports orthopedic surgeons, trainers, athletes, and professional teams to track and analyze performance in a cost-effective and simple manner. By combining it with motion capture, hybrid measurement is achieved. The HighG and LowG sensors measure data simultaneously to avoid magnetic saturation, ensuring high-precision data. Additionally, it can be used in various sports, including swimming, due to its waterproof and dustproof specifications. 【Features】 ■ Dual-G IMU capable of measuring up to 200G ■ IP68 dustproof/waterproof rating ■ Maximum battery life of 12 hours ■ 1GB of onboard memory ■ Selectable post-processing options ■ Gyroscope capable of measuring up to 2000 deg/sec ■ Compatible with VICON *For more details, please refer to the PDF document or feel free to contact us.
The latest version of the cutting-edge compact inertial sensor "Ellipse Series," suitable for navigation, motion, and heave measurement!
We use cutting-edge MEMS sensors, particularly very low-noise gyroscopes. Additionally, by combining a high-quality accelerometer equipped with an internal FIR filter and Corning and skull integration, we can maintain accuracy even under strong vibrations. Furthermore, for the INS model (E, N, D), an internal extended Kalman filter fuses real-time inertial data with GPS data, enhancing position and direction measurements in harsh environments such as urban canyons and tunnels.
Introducing the OEM version of the IMU sensor "3DM-CV5 Series," which has high performance at an industrial product level.
All three models of the inertial measurement unit (IMU) have the capability to directly measure acceleration, angular velocity, delta theta, and delta velocity. As options, they also include features such as automatic geomagnetic anomaly correction, gyro, and acceleration noise effect correction. In the output data calculation model, high-precision output data can be generated even in dynamic operating conditions using an automatically adaptive estimation filter algorithm. Depending on the model, it is possible to calculate and output the values of roll, pitch, and yaw.
The smallest shape UAV and land surveying solution! Access georeferencing with one click using "Quanta UAV."
Whether using a UAV or a vehicle, geotagging can be done directly and accurately on point clouds. Photogrammetry with UAVs reduces the hassle of GCPs and double exposures due to precise azimuth and position data. Additionally, the Quanta series includes a built-in data logger for post-processing, and the QinertiaUAV post-processing software, which enhances the performance of SBG's INS by post-processing inertial data with GNSS observation data, is provided free for one year. While a single antenna solution is more practical, using dual antenna mode allows for more accurate heading (azimuth) acquisition during low dynamics flights (such as inspecting pipes or power lines).
"Navsight Land/Air" series of motion and navigation solutions that facilitate mobile data collection for surveyors.
Navsight's internal extended Kalman filter fuses real-time data from inertial sensors, GPS/GNSS, and odometers (land-based) to achieve robust enhanced positioning and orientation measurements even in harsh environments where GNSS signals are difficult to receive (such as in urban canyons or tunnels). The configuration can be easily done through an intuitive web interface, and the 3D view feature allows for easy verification of mechanical installation, sensor positioning, alignment, and lever arms. Navsight can be used with an INS that has a built-in GNSS receiver or by combining it with a GNSS receiver you already have, with options available from Ekinox or Apogee grade IMUs.
Hachioji City Small and Medium Enterprises New Product Development Certification System Certified Product for Fiscal Year 2015!
The "i-Line" series is a displacement measurement sensor utilizing our proprietary optical fiber sensing technology, optimized for measuring vibrations and displacements in civil engineering structures. It is also suitable for continuous monitoring of embankments (slopes) and employs a uniquely developed optical method that is not affected by temperature dependence. Additionally, it is explosion-proof, eliminating the risk of ignition, and is waterproof, making it usable outdoors. 【Features】 ■ Remote monitoring capability ■ Explosion-proof, eliminating the risk of ignition ■ Usable in areas with strong electromagnetic waves, as it is unaffected by electromagnetic interference ■ Waterproof, making it suitable for outdoor use *For more details, please refer to the catalog or feel free to contact us.
6-axis/9-axis fusion quaternion, maximum output rate of 225Hz with low latency output, no additional fusion required, 9-axis IMU sensor.
The 9-axis IMU sensor hayate_imu, featuring a low-power processor CortexM0+, is the successor to the MPU-9250, utilizing the ICM-20948 which operates at a low voltage of 1.71V. It provides low-latency output of 6-axis/9-axis fused quaternion data from the FPGA on chip (DMP3), eliminating the need for separate software fusion. The maximum output rate is 225Hz, capable of simultaneously outputting 3-axis acceleration (accelerometer) data at 225Hz, 3-axis angular velocity (gyroscope) data at 225Hz, and 3-axis magnetic field (compass) data at 75Hz, with no pre-calibration required. It is compatible with ROS, and is expected to be utilized in scientific research and prototype verification for electronic machinery such as robots, where low latency is essential.
Increased safety for slope construction! Easy to install. Suitable for soft soil. NETIS registered.
The "Slope Deformation Monitoring System" allows for the monitoring of slope instability and the risk of collapse by embedding strain sensors underground to measure the movement of the slope. The sensors are compact and easy to transport, and their screw-shaped tips make installation straightforward. They do not require large-scale equipment and can be easily set up, making them more economical compared to typical slope monitoring systems. ★ We are currently offering materials that include case studies from various locations in Japan ★ 【Featured Case Studies】 ◎ Safety measures in highway slope restoration work ◎ Slope monitoring in large-scale landslide countermeasure projects ◎ Installation at construction sites for agricultural roads with soft soil… and more * Case study materials can be viewed immediately via "PDF Download." Please feel free to contact us for inquiries.
![[Case Study - Automotive Parts Manufacturing] Proposal for Production Management Utilizing Sensors](https://image.www.ipros.com/public/product/image/359/2000504730/IPROS38420096205541399500.png?w=280&h=280)
Real-time visualization of the site! Case study on the pilot implementation of automotive parts manufacturing.
We would like to introduce a case study of the implementation of our sensors in the automotive parts manufacturing site. Since real-time CT measurements of each production machine were not being conducted, there was a request to test the introduction of multiple units. We introduced one master unit (receiver/transmitter) and ten slave units (transmitters) for a period of three months, measuring and analyzing each issue in real-time. 【Case Study】 ■ Purpose - Real-time CT measurements of each production machine were not being conducted, so multiple units were introduced for testing. ■ Implementation - Receiver/transmitter: 1 unit - Transmitter: 10 units - Implementation period: 3 months *For more details, please refer to the PDF document or feel free to contact us.
![[Explanatory Material] Current Status and Practice of Optical 3D Shape Measurement](https://image.www.ipros.com/public/product/image/4dd/2000501135/IPROS58054492664800633188.png?w=280&h=280)
Explanation of high-speed, high-precision measurement of shape, deformation, and vibration using the pitch phase analysis (OPPA) method.
This document explains the principles of the OPPA method and its application examples. The principles of the OPPA method include phase analysis methods, shape measurement using the OPPA method, deformation analysis using the 2D OPPA method, and improvements to OPPA Method 1. We encourage you to read it. 【Contents】 ■ Principles of the OPPA method ■ Real-time motion capture using the OPPA method ■ Vibration distribution measurement using the OPPA method ■ Displacement measurement using the OPPA method ■ Features of the OPPA method *For more details, please refer to the PDF document or feel free to contact us.
Creating new value! We use sensors in various scenes to achieve visualization!
Our IoT platform can be entrusted with a comprehensive solution for addressing your challenges, from system proposals to construction support. You can grasp the weather conditions in various locations in real-time, with detailed data such as wind direction, wind speed, temperature, and humidity displayed. We offer various sensors, including "weather sensors," "hygrometers," and "ToF distance sensors," to visualize different situations and support the improvement of operational efficiency. Leveraging our past experiences and achievements, we contribute to the creation of new standards that enrich everyone, from smart agriculture to product development in various businesses. 【Features】 ■ Weather Sensor: Real-time understanding of weather conditions in various locations ■ Hygrometer Sensor: Monitors and notifies room temperature and humidity ■ ToF Distance Sensor: Detects the distance between the sensor and objects using ToF technology ■ Mat Sensor: Detects the weight of objects or people, confirming their presence and congestion levels ■ Disruption Detection Sensor: Detects the presence of objects or people when signals are interrupted *For more details, please refer to the PDF document or feel free to contact us.
It can operate as long as there is a power supply and a wireless LAN environment, and its size is compact! There are few restrictions on the installation location, making it easy to introduce.
The "Human Flow Counter" is a sensor that counts the entry and exit of users by being installed at entrances of offices and public facilities, allowing for the detection of congestion trends over time and the flow of users. With two built-in distance sensors, it can determine the direction in which a person has passed, enabling the detection of whether a user has entered or exited when installed facing a room door or corridor. Additionally, the uploaded data is processed in the cloud, allowing for real-time monitoring from a PC or smartphone browser. 【Features】 - Compact size that can be held in one hand - Small and lightweight, making it easy to install anywhere - Real-time monitoring of entry and exit counts - Multiple units can be managed as a group, allowing for centralized management even if floors are separated *For more details, please refer to the related links or feel free to contact us.
Achieve wide-range and high-precision time synchronization measurements and remote monitoring with our unique IoT wireless technology.
This is a wireless vibration measurement system capable of precision measurements comparable to wired systems. The sensor unit is palm-sized. There is no need to prepare power sources or wiring at the measurement location. It can be easily installed, reducing the introduction costs. It can operate on battery for over a year. Monitoring and remote surveillance can be done via a computer. Data can also be recorded on the built-in SD card. 【Features】 ■ Easy installation ■ High maintenance efficiency ■ Compact device at low cost ■ Time synchronization between sensors in microsecond units ■ Installation of sub-units can be completed in just two steps *For more details, please refer to the PDF document or feel free to contact us.
You can quantify and analyze data such as the number of people in the surrounding area, stores, and offices, and use it for predictions!
Kujit Co., Ltd. provides solutions for sensing human behavior. Using sensors to measure people's movements in real-time for behavioral research and the utilization of marketing data. We can quantitatively analyze and predict things that were previously understood only through intuition, such as how many people are in the vicinity, stores, or offices, and which areas are lively at event venues. 【Types of Sensors】 ■ DF.Sensor ■ Human Flow Counter ■ 3D LiDAR ■ PDR Autonomous Behavior Measurement System *For more details, please refer to the related links or feel free to contact us.
