Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
31～45 item / All 56 items
It is a high-precision electromagnetic wave radar specifically for rebar detection.
With the latest processing technology, it is possible to obtain clear and distinct data with vivid waveforms.
Nano-sized drones detect various threats such as shelling.
● Detects various aerial threats such as UAVs (nano-sized), artillery, mortars, missiles, and aircraft. ● Can be used for drone countermeasures when combined with optical, infrared sensors, and RF jammers. ● Capable of detecting multiple targets simultaneously. ● Can detect even in bad weather conditions. ● Complements medium to long-range aerial surveillance systems. For detailed specifications, please refer to the product catalog.
All-weather compact high-performance radar
- Supports information gathering, monitoring, reconnaissance, deterrence, and attack operations from the air. - Mode selection enables monitoring missions regardless of weather or time of day. - SAR mode (all-weather high-resolution images, ground mapping, target classification) - MTI mode (detects and tracks moving objects, monitoring potential targets) - Easily integrated and installed with a single cable. - Detects and tracks objects ranging from slow-moving small objects to high-speed moving objects. - Capable of high-resolution, long-range monitoring missions from low visibility conditions (clouds, fog) or above the clouds. - In MTI mode, detects up to 1,000 moving targets within 300 km², providing 360°/24-hour monitoring. For detailed specifications, please refer to the catalog.
A guidebook that provides an overview from a technical perspective.
■Overview of the Latest Patent Information: "Patent Guidebook" Extracting necessary information from a vast amount of patent data can be challenging. Therefore, the "Patent Guidebook," which provides a technical perspective on patent information, carefully selects about 75 pieces of recent patent information from an engineer's viewpoint, offering fresh and technically useful insights. This report is designed to assist R&D researchers exploring next-generation technology themes. ■Target Technology Millimeter-wave radar is an image sensor that detects the position, speed, and shape of objects by emitting millimeter waves and analyzing the reflected waves from the target. This document investigates applications in automotive use, roadside and drone-mounted field sensors, medical, nursing, and authentication applications using biometric sensors, as well as diverse applications in cameras, home appliances, and industry. It encompasses a wide range of technical areas related to millimeter-wave radar, including not only applications but also enclosures such as radomes, installation methods, and materials for millimeter-wave transmission, low-loss materials, and shielding/absorption materials. ■Technical Classification ◇On-vehicle Sensors ◇Radomes and Installation Methods ◇Field Sensors ◇Biometric Sensors ◇Other Applications ◇Transmission and Low-loss Materials ◇Shielding and Absorption Materials
Move the measurement head left and right to scan the entire face of the tunnel! 【NETIS Registration Number: QS-190038-A】
Using cutting-edge ArcSAR synthetic aperture technology, the measurement head moves left and right every 15 seconds to scan the entire face. The measurement accuracy is extremely high, capable of measuring within 0.1mm. 【Features】 - 24-hour monitoring of the face - Scans the face every 15 seconds (5,760 scans in 24 hours) - Measurement accuracy of 0.1mm - High-precision detection of minute displacements and behaviors before rockfalls - Scan data is processed in real-time and displayed on a tablet - Detects initial fluctuations and issues alarms - Data can be accessed remotely
The adoption of stepped frequency continuous wave technology enables underground scanning and mapping at the highest resolution!
The latest ground penetrating radar 'GS8000' developed by Switzerland's Screening Eagle (Proceq) employs step frequency continuous wave technology. This technology enables scanning and mapping of objects at the highest resolution. It can measure both flat and rugged terrain, and the scanned data provides accurate real-time 3D positioning. The acquired 3D images can be shared via a dedicated app. Additionally, when used in conjunction with the GNSS receiver (MA8000), mapping with precise location information is also possible. *FTS Co., Ltd. is the official distributor of Screening Eagle (Proceq) in Japan.
Next-generation ground-based synthetic aperture radar for long-range slope monitoring.
The IBIS-FM EVO tilt monitoring radar is designed to measure sub-millimeter displacements with the highest data quality and proven reliability. It provides semi-permanent safety and complete solutions for monitoring a wide range of known and unknown slope instabilities. The IBIS-FM EVO manages slope stability risks using the Guardian software, which is also used for radar monitoring in mining. It features a single user interface for all IDS radars and seamlessly integrates with Guardian FPM360, allowing users to benefit from the latest atmospheric corrections of IDS geo-radars.
24-hour, critical edge measurement, displacement monitoring
IDS GeoRadar, an industry leader in open-pit mining slope monitoring radar, has developed HYDRA-G, which enables real-time monitoring of face deformation and slopes. HYDRA-G utilizes IDS's cutting-edge ArcSAR technology to measure positions 200 meters away with centimeter spatial resolution every 30 seconds. The measurement accuracy is extremely high, capable of measuring below 0.1 mm. Environmental conditions (temperature, humidity) are automatically reflected in the measurement data for data correction. Additionally, images captured by the equipped optical and infrared cameras allow for visual confirmation of the monitoring area, enhancing data interpretation. It is also equipped with an early warning system that can issue alerts based on user-defined criteria. 【Features】 ● Real-time monitoring regardless of weather or time of day ● Measurement range: 100° (horizontal), 30° (vertical) field of view ● Measurement speed: data updates every 30 seconds ● Accuracy: below 0.1 mm ● Measurement spatial resolution: 20 cm × 8 cm (when measuring from 100 m away) ● Equipped with correction functions for weather conditions and temperature (-20°C to +55°C) ● Alerts issued based on user-defined displacement values, speed, and reverse speed ● Capable of real-time processing
High-precision measurements can be made without being affected by changes in steam, temperature, pressure, or specific gravity!
We would like to introduce our microwave radar 'WGS-140-4/150-4'. The frequency is 25GHz, with a maximum measurement distance of 23m, and the waveform during measurement is displayed on the main unit via an LCD display module. It complies with international explosion-proof standards such as IEC EX and ATEX. Additionally, we offer antenna covers made of SUS type or PP or PTFE suitable for chemical tanks. Please feel free to contact us when you need assistance. 【WGS-140-4 Specifications (Partial)】 ■Measured/Calculated Values: Level, Distance/Volume, Weight ■Measurement Frequency: Up to 25GHz (Kband) ■Maximum Measurement Distance: 18m ■Minimum Measurement Distance: 200mm (from the antenna tip) ■Beam Angle (-3dB): 19° *For more details, please feel free to contact us.
Measures against line-shaped heavy rain at construction sites!
The natural disaster prevention system ZEROSAI (Zero-Sai) for the construction industry, such as civil engineering and building construction, allows for centralized management of on-site weather information. The rain cloud radar of ZEROSAI (NETIS registration number QS-150021-VE) provides animated confirmation of rain cloud movement and precipitation forecasts every 5 minutes for up to 1 hour ahead, and every hour for forecasts from 1 hour to 15 hours ahead. The map centered on the site can be zoomed in and out, allowing for an overall understanding of rain cloud movement when the scale is reduced. Additionally, zooming in enables confirmation of rain cloud movement at specific site locations. Precipitation forecasts are also displayed on the map. *For more details, please visit our website or feel free to contact us.
Daisei Rotech's pavement diagnosis technology! We propose appropriate repair methods.
Taisei Rotech uses appropriate pavement diagnostic technologies suited for the site and proposes suitable repair methods. With "electromagnetic radar," we detect abnormalities such as buried pipes and voids beneath the pavement. The "FWD measuring device" estimates the condition of each layer based on the deflection of the pavement surface when subjected to the same load as a large vehicle, and suggests appropriate repair methods. We also conduct detailed diagnostics that combine various diagnostic technologies. Please feel free to contact us when needed. 【Pavement Diagnostic Technologies】 ■ Electromagnetic Radar ■ FWD Measuring Device ■ Surface Condition Measurement Vehicle ■ Routine Inspection System *For more details, please refer to the PDF document or feel free to contact us.
The "SM-050" is a radar wave gauge capable of high-precision measurements even under harsh weather conditions such as dense fog. It has been adopted for coastal wave observation by the Japan Meteorological Agency.
The "SM-050" is a highly unique remote measurement system for wave spectra and surface currents. It can measure with high precision even under harsh weather conditions such as rain and dense fog. It offers measurement accuracy equivalent to or greater than that of ocean buoys (with a measurement error of 5% for wave heights of 0-30m) and has high practicality, making repairs and maintenance easy. 【Features】 ■ Adopted for coastal wave observation by the Japan Meteorological Agency (installed at six coastal locations) ■ Obtained type certification from the Norwegian Classification Society ■ High practicality (measurement error of 5% for wave heights of 0-30m) ■ Capable of high-precision measurements even under harsh weather conditions *For more details, please refer to the PDF document or feel free to contact us.
It is a state-of-the-art wave radar that can simultaneously observe wave spectra and water levels.
WaveFusion is a new wave radar from Miros. It observes waves in a semicircular area at a distance of 90 to 200 meters from offshore wind towers. Additionally, it can simultaneously measure water levels with high precision in millimeters from heights of up to 35 meters. *For more details, please refer to the PDF document or feel free to contact us.*
First, take safety measures! A new safety radar with certified safety for preventing disasters in press machines.
Recommendation for Conducting Risk Assessments Preventing and Reducing Labor Accidents at Work Sites 【Features】 ◆ The world's first safety device for industrial machinery utilizing radar technology. ◆ Excellent for both indoor and outdoor applications, with high resistance to environmental factors. ◆ Capable of three-dimensional protection with minimal blind spots. ◆ Resistant to vibrations. ◆ Compact body (125mm x 165mm x 53mm). ◆ Capable of detecting minute vibrations that are imperceptible to humans.
