Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 18 items
Measurement of aircraft noise, conventional railway noise, and Shinkansen railway noise.
This software allows for easy extraction of evaluation intervals, registration of noise events, and calculation of evaluation values necessary for assessing each measurement based on data measured with a sound level meter.
Easily quantify and numerically represent various movements!
This is software that measures two-dimensional movements and actions offline from image files captured by a video camera. The measurement results can display overlays of images and trajectories, as well as various graphs showing coordinates, displacement, speed, acceleration, distance between two points, angles, and more, along with numerical data displays. Additionally, it covers a wide range of parameters necessary for observing various movements and behaviors, providing strong support for research and experiments.
Measure the temporal changes in concentration, brightness, color, and area!
It is possible to measure the average/highest/lowest brightness of arbitrary areas (rectangular, circular, line) in monochrome/color images, as well as changes in area, area ratio, growth rate, and centroid coordinates of specified density values (brightness values) of objects.
Fluid measurement using high-speed algorithms!
It is possible to measure the velocity distribution of flow fields and movement/displacement from visualized image data of water flow, air flow (wind tunnels, spray, air conditioning), spraying, object displacement, strain, and facial expression changes. The measurement method supports the concentration correlation method (PIV) and achieves high-speed processing through the adoption of optimized algorithms. Since it can continuously process images over long periods, it is ideal for quantifying and numerically analyzing dynamic changes.
Non-contact distortion measurement using image processing!
This software measures displacement from images captured by a video camera or a digital single-lens reflex camera, using the "2D Video Measurement Software Move-tr/2D" to perform displacement measurement based on the displacement and deformation of materials and soil types. It calculates strain from the coordinate data of the measurement results and outputs numerical data and contour maps. The 2D strain measurement requires the 2D video measurement software "Move-tr/2D" and the fluid measurement software (PIV) "Flow-PIV."
Fat measurement software BS-Fat Measurement Software
Software for Accurate Measurement of Visceral Fat with Ease 【Features】 ○ Automatically distinguishes and color-codes subcutaneous fat and visceral fat areas using CT images for measurement. ○ Allows for easy measurement from film photos of CT scans or DICOM images. ● For other features and details, please download the catalog.
It can be used for progress management of construction and civil engineering projects, as well as for examining transportation routes in production sites!
"KIMOTO 360° Spatial Solution" provides clear 3D spaces through high-resolution camera and infrared imaging and measurement in a short time. It achieves a sense of realism with high-resolution quality, allowing for objective visibility over a wide field of view. It can be viewed anywhere with an internet connection, and you can measure necessary locations using the measuring function. Please feel free to contact us when you need our services. 【Features】 ■ Realism achieved with high-resolution quality ■ Objective visibility over a wide field of view ■ Viewable anywhere with an internet connection ■ Measure necessary locations with the measuring function ■ Available for viewing the day after shooting ■ Processing of captured 360° images is possible *For more details, please download the PDF or feel free to contact us.
Useful for controlling robotic arms and autonomous robots! We also accept custom combination development based on your requests.
"Pose 6D" is a measurement software that allows you to measure the 3D posture of objects you want to see using AI, saving valuable time and effort. It has excellent features such as not requiring users to process additional images and not needing expensive sensors. Additionally, learning is conducted using bundled software. There is also a cloud version available that can be executed without an expensive AI-specific PC. 【Features】 ■ Saves valuable time and effort ■ Capable of measuring the 3D posture of objects using AI ■ No need for a dedicated camera ■ Users do not need to process additional images ■ No expensive sensors required *For more details, please refer to the PDF document or feel free to contact us.
Has a user-friendly interface and supports many output formats.
"3DF Zephyr" is software that automatically generates 3D models from a large number of photos taken with digital cameras, creating high-resolution images and videos. It does not restrict the type of camera used, including smartphones, compact cameras, and digital single-lens reflex cameras. However, for observing fine details like cracks, a DSLR is required. 【Features】 ■ No camera restrictions ■ The data processing process is fully automated ■ Capable of outputting point cloud data, 3D mesh models, and orthophotos ■ Free software available for viewing and simple measurements ■ User-friendly interface with support for many output formats *For more details, please refer to the PDF materials or feel free to contact us.
Support for static measurements with rich features and ease of use!
The "TASC MEASURE Static Version 6.0" is software that can respond to various situations with its rich features, not only for static experimental measurements. It supports experimental measurements from multiple angles, including logger control, graph processing, image acquisition from video cameras, combination of graphs and images, and data output (export) functions. 【Data Collection】 ■ Start Types: Can be used in combination with manual, data compare, time interval, trigger, and monitoring. ■ Others: In addition to partial initial settings, sensors can be added, increased, decreased, or changed. It is also possible to save to a backup file during data collection. Camera images can be saved either independently or in conjunction with data collection. ■ Interface: RS-232C, USB, Ethernet, GP-IB *For more details, please download the PDF or contact us.
Quantifying three-dimensional motion from images!
We measure the three-dimensional position coordinates of moving objects from images captured by multiple cameras (multi-camera). The measurement results can be synchronized and confirmed through various displays, including overlaying trajectories and stick pictures on the images from each camera, 3D animation displays that can be viewed from free viewpoints, and various graph displays for coordinates, displacement, velocity, acceleration, distance between two points, angles, and numerical data.
Measuring the curvature and orientation of the body axis in fish and nematodes!
This is software for measuring the curvature, orientation, and direction of movement of fish bodies, nematodes, snakes, and other organisms or cables. The results can be displayed using the separately sold "2D Video Measurement Software Move-tr/2D," which allows for graph displays and data storage (CSV files) of coordinates, movement distance, total length, speed, angles, and more.
Just load the video file captured by visualization! Velocity distribution measurement.
This software allows for easy PIV measurement (velocity distribution measurement) simply by loading a visualized video file. The measurement procedure is straightforward and consists of four steps. The measurement results can display average vectors, and it is possible to save vector images and measurement data. It is effective in reducing labor costs for experiments and field measurements.
Introducing an infrared structural diagnosis support system that provides more accurate diagnostic results!
"Kuraves-Th" is a three-dimensional photographic measurement software that identifies and diagnoses areas of deterioration, such as delamination and peeling, from temperature images of concrete surfaces captured by infrared cameras. After performing lens correction, perspective correction, and image stitching on infrared camera images or digital camera images, it can be overlaid onto CAD drawings or maps. Since infrared images can be laid out with temperature information, it allows for the extraction of specific temperatures, visualization, creation of difference images, and even re-evaluation. 【System Configuration】 ■ Lens Correction ■ Perspective Correction ■ Image Stitching ■ Scale Setting ■ Shape Drawing *For more details, please refer to the PDF materials or feel free to contact us.
This year's theme is "Smartphone Surveying and AI-based Forest Analysis Tools" at booth "15-61 (Exhibition Hall 4)" from May 22 to 24 at Makuhari Messe!
This year, we will be showcasing two themes: "Smartphone Surveying" and "AI-based Forest Analysis Tools." In the smartphone surveying section, we will introduce software products from Pix4D, a company with a proven track record in photo analysis, as well as hardware for RTK devices that enable high-precision smartphone measurements. In the AI-based forest analysis tools section, we will present software from DeepForest Technologies, a startup originating from Kyoto University. If you have drones or software and want to expand your business, please visit our booth. 【Exhibition Contents】 - Pix4D software such as PIX4Dmatic (successor to PIX4Dmapper) - viDoc RTK rover (RTK device) - Software from DeepForest Technologies, such as DF scanner and DF LAT 【Lecture Event】 We will hold a lecture at our booth in collaboration with Pix4D. The schedule and content are as follows: Date: May 22 (Wednesday) to May 24 (Friday) [All days] Time: 12:30 PM to 1:00 PM Title: Smartphone 3D Measurement System viDoc
