Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
61～75 item / All 412 items
Acoustic characteristic measurement system compliant with FDA/IEC standards.
Acoustic characteristic measurement system compliant with the latest FDA/IEC standards. Fully supports FDA 510k/IEC 60601-2-37 reports.
Measurement of the electric field strength distribution of the ETC or ITS spot.
This system measures the electric field strength distribution of ETC/ITS spots in a short time using operational waves or CW waves, and creates electric field strength graphs and maps. Measurements can be conducted using a trolley or in-vehicle. - Measurements can be conducted using a trolley or in-vehicle, and the price of the ETC measurement system (with 9 antennas) is 2.95 million yen, which is affordable. - As an option, the electric field strength measurement function for ITS spots can be added (500,000 yen). - When measuring multiple roadside units on the main line, applying the automatic measurement mode allows for automatic measurements to be conducted while driving, according to the pre-registered measurement section locations and conditions.
[Application Example] Installation and maintenance of roadside devices for ETC/ITS spots, accurately measuring electric field strength in a short time.
When establishing ETC roadside devices and ITS spot roadside devices on highways, it is required to measure the electric field strength distribution within the communication area in detail and accurately. Since regular inspections occur every five years and lanes cannot be closed for long periods, it is necessary to conduct measurements in a short time. The measurement using the cart system is optimal, and with the standard specification (9 antennas), it can measure a 3.2m wide lane in two passes. Additionally, measuring the electric field strength distribution of the notification antennas and free-flow antennas installed on the main line, as well as the radio waves transmitted from ITS spots, using CW waves is extremely difficult for customer service. It is required to measure while normally driving (below 100 km/h) using the operational wave. 【Product Introduction】 ■ ETC/ITS Spot Electric Field Strength Measurement ME9200 *For more details, please refer to the PDF document or feel free to contact us. 【System Configuration】 ■ ETC/ITS Spot Electric Field Strength Measurement ME9200 *For more details, please refer to the PDF document or feel free to contact us.
Technical Data: ETC/ITS Spot Electric Field Strength Measurement System
■ETC/ITS Spot Electric Field Strength Measurement System ME9200 A system that measures the electric field strength distribution of ETC or ITS spots and creates electric field strength graphs and maps. It measures the electric field strength distribution of ETC/ITS spots in a short time using operational waves or CW, and generates electric field strength graphs and maps. ■ETC/ITS Spot Electric Field Strength Measurement System ME9200C This is an upgraded version of the ME9200. ■Multi-Wave Electric Field Strength Automatic Measurement System ME9500 An ideal system for investigating radio wave service areas and maintaining retransmission systems. It enables high-speed measurement of electric field strengths for AM radio, FM radio, business radio, VICS, etc. *For more details, please refer to the PDF materials or feel free to contact us.
This is an upgraded version of the conventional ME9200.
Comparison with the conventional ME9200: - The integrated back wave absorber reduces variations in electric field strength caused by reflections. - The antenna unit can be directly mounted on the antenna fixing bar, reducing the preparation time for measurements. - Measurements can be conducted using a cart, and the price of the ETC measurement system (with 9 antennas) is 3.7 million yen. - The electric field strength distribution of roadside units installed at expressway ETC gates can be accurately measured in a short time using CW and operational waves. - An optional function for measuring electric field strength at ITS spots can be added (500,000 yen).
From automobiles to large structures, quickly output 3D coordinate values on the spot!
The 3D photogrammetry system "V-STARS/N Series" is a camera-based high-precision 3D measurement system that quickly and accurately outputs the 3D coordinate values of each point by photographing target points installed at measurement locations with a dedicated digital camera. Thanks to GSI's advanced technology, professional-grade digital cameras have been modified into industrial measurement cameras for high-precision measurements. No complicated settings are required, so even those unfamiliar with cameras can operate it easily. 【Features】 ■ Camera-based high-precision 3D measurement system ■ High-precision industrial measurement camera ■ Install target points at measurement locations and take photographs ■ Easy operation with no complicated settings required ■ Three models available according to the required precision *For more details, please download the PDF or feel free to contact us.
Behavior analysis that was impossible to measure with the conventional clay method is now possible! We will introduce examples of the gap measurement system.
We would like to introduce a case study of our gap measurement system 'WISEGAP 2.4', which improves the quality and management processes of vehicle bodies that we handle. This product features data logging capabilities, allowing for the measurement of seal gaps at a rate of up to 2600 points per second over short time intervals. By utilizing this function, it becomes possible to accurately measure the over-slam amount, which was difficult with traditional measurement methods using clay, and furthermore, to evaluate the relationship with the final static position of the door in detail. *For more information, please refer to the PDF document or feel free to contact us.
An optimal contact pressure measurement system as an analog input device for computers.
■Diversifying robots, game consoles, etc., "user-friendly" The optimal analog input device for computers. 【Features】 - The sensor sheet is made of elastomer-based special polymers, allowing it to follow deformations and bends of at least 5mm radius, and it can also detect concave surfaces, providing high flexibility. - The detection surface has a high resolution of at least 0.08μm, and it can accommodate a minimum detection pitch of 0.28mm, with a maximum selection of up to 10mm. - With a detection range of a 128x128 matrix, it can flexibly accommodate matrices larger than 128x128 through additional or modified control circuits and software, offering high expandability. - It supports 2D and 3D displays, continuous playback, frame-by-frame advance, and can specify ranges to display minimum, maximum, and average values. In 3D display, it offers rich features such as mesh and polygon displays, and rotations along the Z and X axes, demonstrating its power in data analysis.
Trusted MADE IN JAPAN! An eccentricity measurement system that supports measurements in optimal positions.
The "Eccentricity Measurement System" allows for easy eccentricity measurement by attaching your own indicator. You can choose from 21 types, including 3 types of base lengths, 3 types of rollers, and 2 types of carriers (including no carrier). It is equipped with an angular fine adjustment carrier that facilitates the zero setting of the measuring instrument. Additionally, it allows for free movement in the Z direction, supporting measurements at optimal positions. 【Features】 ■ Provides high-level precision measurements ■ Equipped with an angular fine adjustment carrier that facilitates the zero setting of the measuring instrument ■ Allows for free movement in the Z direction, supporting measurements at optimal positions ■ Includes work stoppers to secure the workpiece before and after measurement ■ Capable of measuring axial circumferential runout (perpendicularity of the end face) *For more details, please refer to the PDF document or feel free to contact us.
A system that uses ultrasonic technology to verify the quality of rebar insertion work after construction is completed.
The non-destructive measurement system using ultrasound, NND, is a system promoted by the Reinforced Bar Insertion Non-Destructive Investigation Research Association (TESHICK). NETIS Registration Number: CG-190002-A For more details, please contact the sales staff at K.F. Co., Ltd., which serves as the secretariat. 【Features of NND】 ■ Equipped with a noise filter that reduces the scattering of ultrasound caused by the unique screw-shaped structure of the reinforced bar insertion material. ■ The combination of newly developed sensors and two types of noise filters allows for a wide range of compatibility with various embedded reinforcement materials. ■ Features an easy-to-understand display specifically designed for reinforced bar insertion work. ■ Measurements can be safely conducted in unstable areas through remote operation. ■ Capable of measuring reinforced bar insertion materials with a diameter of 19 mm or more and a length of approximately 5.0 m. ■ Gyro sensor Now capable of measuring the installation angle of reinforcement materials. Can be easily fixed with a powerful magnet.
A development support unit capable of displaying the current flowing from the power supply to the load on an LCD.
This product is a development support unit capable of displaying the current flowing from the power supply to the load on an LCD. The chassis is a 6U size with 2 slots. (Custom modifications for the number of slots are also available.) 【Specifications】 ○ Power Configuration: +5V: 30A, +3.3V: 20A, +12V: 4.3A, -12V: 1.5A ○ Measurement Board: SCDB-001B (one unit used for each voltage) ○ Backplane: SPB-02CR3-02 ○ Cooling Method: Forced air cooling by fan ○ External Dimensions (Weight): W: 309mm, H: 312mm, D: 200mm For more details, please contact us or download the catalog.
Ideal for comprehensive testing and analysis of multiple passive components within an impedance network.
The TH2832X series features three models. Measurement frequency: 20Hz to 200kHz, high precision.
Enabling various surface electric measurements and manipulations from "micron order" to "nano order" in the atmosphere!
■ Sample micro-nano manipulation ■ Measurement of various electrical properties of the sample surface using multi-probing
Automatic evaluation of polarized spectra! A polarimetric measurement system capable of real-time display.
The "PP8" is a polarization characteristic measurement system that can automatically evaluate polarization degree, polarization spectrum, transmittance, color characteristics, and more, with real-time display capabilities. It supports various options and custom specifications, including fixtures tailored to samples and UV measurements for UV-A and UV-B. With comprehensive software, it supports the development and evaluation of LED modules, devices, and more. 【Features】 ■ Automatically evaluates polarization spectrum and color characteristics ■ Real-time display capability ■ Supports various options and custom specifications ■ Assists in the development and evaluation of LED modules, devices, etc. *For more details, please refer to the PDF materials or feel free to contact us.
