Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
6991～7005 item / All 7458 items
120°×70° Ultra Wide Field of View LiDAR
Robin W features an ultra-wide field of view (FOV) of 120°×70°, enabling broader lateral field detection and a blind spot-free view. It can detect up to 70 m at a reflectivity of 10%, which is twice the detection range of other side-view LIDARs. Additionally, it maintains a minimum range of 0.1 m, minimizing blind spots.
The mid-70's circular field of view has been expanded to 70.4° in both horizontal and vertical directions, and the shortest measurement distance has been reduced to just 5 cm.
Mid-70 specializes in product design for application fields such as low-speed autonomous driving and mobile robotics, significantly expanding the vertical field of view, narrowing blind spots, and further enhancing scanning accuracy at close distances. It inherits the characteristics of low cost and high performance, supporting the realization of safer autonomous driving.
It is compact, highly accurate, and also durable.
The Livox Tele-15, designed for high-altitude long-distance detection, is compact, highly accurate, and durable. Therefore, while moving at high speeds, vehicles can detect and avoid obstacles in advance.
TF03 (100/180) with excellent cost-effectiveness and compactness.
Benewake's TF03, as the third generation product of the TF series, inherits the high cost performance and high integration of the previous two generations while upgrading more than 10 key indicators. It offers multiple expansion features, boasts high product maturity, and meets diverse needs in various application fields. It is mainly used in areas such as drones, intelligent transportation, and security warning systems. The TF03 comes in two types: the TF03-100 for 100m measurement and the TF03-180 for 180m measurement. Each type has three interface options: UART/CAN, RS-485/RS-232, and 4-20mA Analog Signal.
Low-cost 2D LiDAR using triangulation measurement method
【Features】 - Used for distance detection and measurement for obstacle detection and collision prevention in robots and transport vehicles. - Equipped with a rotating mechanism, capable of measuring a wide plane of 270° to 360°. Enables object detection over a large area with less data compared to 3D LiDAR. - There are two types of LiDAR: triangulation method and TOF (Time of Flight) method.
Approximately 1kg in weight & equipped with GNSS. GVI's handheld LiDAR, the smallest and lightest model.
LiGrip Ultra Lightweight 1.0 kg LiDAR Achieving a total weight of 1.0 kg including the battery. By redesigning the shape and reducing weight, portability has been enhanced, reducing the operational burden on users. Simplified Data Acquisition Previously, "camera data" and "point cloud data" had to be acquired separately, but with the LiGrip 01 Lite, they have been unified, making acquisition easier. Equipped with Mid-360 Outstanding Cost Performance By incorporating Livox's Mid-360, which has a proven track record in our company, as the LiDAR unit, we have achieved a balance between performance and price.
Distance measurement over 170 meters - World-class lightweight long-range single-point LiDAR.
The Benewake TFA170-L is a long-range single-point LiDAR from Benewake. The TFA170-L is one of the world's top lightweight products among LiDAR devices with a measurement range of over 170 meters. While traditional models like the TF03, which have a shorter measurement range (180 m), weigh about 90 g, this product achieves an astonishing weight reduction to just around 10 g. It incorporates multiple operating modes, allowing for adjustments to parameters and settings to suit various applications.
Two high-definition cameras capture a wide area clearly, enabling multi-source data collection.
Using GreenValley International's proprietary algorithm, it is possible to estimate the self-location in forested areas where GNSS signals are weak (or unavailable), as well as within buildings and underground structures. We generate professional-level 3D point cloud data with high accuracy: absolute accuracy of 3cm, repeatability accuracy of 2cm, and relative accuracy of 2cm. Emphasizing portability and mobility, it can be carried and operated independently. (Weight: around 1kg)
![Metal tube fiber optic strain sensor [for distributed fiber optic sensing]](https://image.mono.ipros.com/public/product/image/030/2000111739/IPROS271952204448618150.jpg?w=280&h=280)
[Free sample available] The optical fiber is protected by a metal tube, making it highly resistant to environmental conditions and easy to install.
The optical fiber for distributed optical fiber sensing is strongly protected by various seamless metal tubes, making it highly resistant to environmental conditions and easy to install. 【Features】 ◎ The optical fiber is encapsulated within the metal tube in a state of negative excess length. ◎ The optical fiber is intermittently fixed to the metal tube by crimping. → Appropriate tension is applied to the optical fiber in advance to ensure initial sensitivity as a sensor. → Prevents sensor destruction due to localized large deformations caused by phenomena such as crack formation. ◎ Sensor application environments Stainless steel tube type: In normal atmospheric conditions Incoloy tube type: In atmospheres requiring resistance to chlorine, hydrogen sulfide, and electro-corrosion. *Environment: Stainless steel or Incoloy can be selected according to the application environment. *Additionally, it can also be used for temperature sensors and FTTH. ★☆★ Free sample available ★☆★ If you would like a free sample, please contact us with your intended use (planned application) using the information below. For more details, please inquire or refer to the catalog.
To the most promising light sensor package in a radiation environment.
The implementation of the sensor is as easy as traditional FBG, allowing for the configuration of numerous sensors on a single fiber.
![[Example] Real-time measurement of surface pressure values during actual driving.](https://image.mono.ipros.com/public/product/image/da1/2001154947/IPROS95677451564596238781.png?w=280&h=280)
This is an example of measuring the surface pressure fluctuations of a vehicle during actual driving.
Easy! Just stick it on! FBG Pressure Sensor (ps1000-v7) It was developed with the aim of measuring fluctuating pressure on the surface of objects at multiple points. You can configure up to 19 sensors (up to 38 sensors with customization) on a single fiber. This can be used for tank tests of ship models and floating bodies, wind tunnel tests for automobiles, and dynamic (unsteady) pressure fluctuation measurements during actual driving. *Please watch the videos in the related links.
![[Case Study] Pressure Measurement of a Real Vehicle Using a Compact Wind Tunnel](https://image.mono.ipros.com/public/product/image/387/2001155066/IPROS10888044295173487120.png?w=280&h=280)
It is possible to measure the pressure fluctuations on the surface of the vehicle body that change moment by moment.
It was developed with the aim of multi-point measurement of fluctuating pressure on the surface of objects. Up to 19 sensors (customizable to a maximum of 38 points) can be configured on a single fiber. This can be used for tank tests of ship models and floating bodies, wind tunnel tests for automobiles, and dynamic (unsteady) pressure fluctuation measurements during actual driving, among others.
![[Example] Air Resistance of Road Bikes](https://image.mono.ipros.com/public/product/image/a27/2001155089/IPROS24624830221565558127.png?w=280&h=280)
Measuring the difference in air resistance due to variations in position on a road bike.
Easy! Just stick it on! FBG Pressure Sensor It was developed with the aim of measuring fluctuating pressure on the surface of objects at multiple points. Up to 19 sensors (customizable to a maximum of 38 points) can be configured on a single fiber. It can be used for tank tests of ship models and floating bodies, wind tunnel tests for automobiles, and dynamic (unsteady) pressure fluctuation measurements during actual driving. *Please watch the video in the related links.
![[Video] Introduction to Hydrogen Detection Sensors](https://image.mono.ipros.com/public/product/image/799/2001155200/IPROS39137561339932561340.png?w=280&h=280)
Introduction to Fiber Optic Hydrogen Detection Sensor (Video)
Contributing to "Well to Tank" from manufacturing to filling. This is a fiber optic hydrogen detection sensor that does not require explosion-proof measures. It is the size of a ballpoint pen. Of course, the sensor part does not require power supply and does not need an explosion-proof structure. Like other fiber optic sensors, it also allows for multi-point measurement through series connection (daisy chain). In handling hydrogen gas, which requires advanced equipment and skilled workers, it monitors hydrogen gas leaks during manufacturing, transportation, storage, and filling. *Please watch the video in the related links.
Full name: Louvered box type capacitive rain and snow detector - A snow sensor for activating the snow melting device.
(Product Description) - Based on moisture and external temperature, the snow sensor determines whether the moisture adhering to its surface is rain or snow, activates a relay to operate melting devices, and outputs a detection signal externally (this model outputs a relay signal and RS485 external signal: wiring diagram available). - The capacitive rain and snow sensor is based on the reflection principle in the frequency domain and utilizes high-frequency electronic technology to measure whether it is raining or snowing with high sensitivity (capacitive detection diagram available). - The sensor contains a capacitor, thermometer, IC, and heater. - The moisture adhering to the sensor surface is detected by the potential difference of the capacitor, and the IC determines whether the moisture is rain or snow based on moisture and external temperature, activating the relay and outputting a detection signal externally. - After detecting rain or snow, moisture remains on the surface, so the sensor surface is dried with a heater to prepare for the next normal detection.
