Products

The UTM-30LX-EW scanning laser rangefinder is a small, accurate, high-speed device for outdoor obstacle detection. This model uses Ethernet interface for communication and can obtain measurement data in a 270° field of view up to a distance of 30 meters with millimeter resolution. It uses multi-echo technology in order to obtain usable measurement data in adverse weather conditions. 

The UTM-30LX scanning laser rangefinder is a low power, small, accurate, high-speed device for obstacle detection. This model uses USB 2.0 interface for communication and can obtain measurement data in a 270° field of view up to a distance of 30 meters with millimeter resolution. Due to the internal filtering and protective housing, this device can be used outdoors and is less susceptible to ambient light.

The Hokuyo UST-20LX LiDAR sensor is low-power, small, accurate, high-speed device for obstacle detection. Equipped with an Ethernet interface, it can obtain measurement data in a 270° field of view up to 20 meters.

HIGH-SPEED OBSTACLE DETECTION: The Hokuyo URG-04LX scanning laser rangefinder is a low-power, small, accurate, high-speed device for obstacle detection. This model includes both RS232 and USB interfaces for communication and can obtain measurement data 240° field of view up to a distance of 5.6 meters with millimeter resolution.

The UST-05LA scanning laser rangefinder is a low power, small, accurate, high-speed device for obstacle detection. This model includes both USB and RS422 interface for communication and setting area configurations with three output zones. It can obtain measurement data in a 270º field of view up to a distance of 5 meters with millimeter resolution.

The UST-10LX is a compact and lightweight 2D LiDAR sensor that excels at high-speed and accurate measurement, detection, and localization on autonomous mobile robots and automated guided vehicles and carts. 

The UST-05LX scanning laser rangefinder is a low power, small, accurate, high-speed device for obstacle detection. This model uses Ethernet interface for communication and can obtain measurement data in a 270° field of view up to a distance of 5 meters with millimeter resolution.

The Beneake CE30D is a solid-state LiDAR with a large field-of-vision. Compared with single-line scanning LiDAR that only detect in a horizontal plane, the CE30-D can detect lower obstacles. No rotating compartments means reliable long-term work and a wider vertical detecting range.

The UST-05LN scanning laser rangefinder is a small, accurate, high-speed device for obstacle detection. With a USB interface, the device can be easily programmed to set three area detection output zones with real-time detection in a 270º field of view up to a distance of 5 meters with millimeter resolution.

WIDEN YOUR VISION. The YUJIN LiDAR 3D Scanning LiDAR (Light Detection And Ranging), is an Inhouse developed single-channel, ToF (Time of Flight) LiDAR series optimized for object detection, indoor mapping, and navigation. The YRL3 Series is a 3D scanning sensor that simultaneously scans horizontally and vertically, with 5 m, 10 m, or 20 m distances.

The URG-04LX-UG01 scanning laser rangefinder is a low power, small, accurate, high-speed device for obstacle detection. Using the USB interface for power and communication, this unit can obtain measurement data in a 240° field of view up to a distance of 4 meters.

Precise and powerful: YUJIN LiDAR, 2D Scanning LiDAR is an Inhouse developed single-channel, ToF (Time of Flight) LiDAR series optimized for object detection, indoor mapping, and navigation.

SENSE AND AVOID: The world’s smallest and lightest scanning LiDAR sensor. The LightWare SF45 gives "eyes" to high-cost unmanned autonomous vehicles (UAVs) and machines, lowering the risk of catastrophe and the safe delivery of payloads.

ACCURATE ALTITUDES: The SF30/D laser measurement sensor provides real-time, accurate altitude (AGL) measurements for UAVs. The lightweight 36-gram design features a time-of-flight range of up to 200 meters (656 feet) with an update rate of up to 20K readings per second.

The LW24/C is an IP67 LiDAR sensor designed for applications where communication interfaces Serial and I2C or RS232 are required.

The LW24/C is an IP67 LiDAR sensor designed for applications where communication interfaces Serial and I2C or RS232 are required. 

MAPPING AND AVOIDING OBSTACLES: The YDLIDAR G4 is a 360º laser range scanner (LIDAR). With both a USB Type-C and PH2.0-5P bus interface, this YDLIDAR sensor runs off of 5V and uses a brushless motor drive to scan at a sampling frequency of 9000 readings per second up to 16m (52.4ft) distances.

The LightWare SF30/C is a high speed, light weight laser rangefinder for mapping and obstacle detection by robotic vehicles such as UAVs with a range up to 100m.  

PRECISE AND ACCURATE: The SF000/B 50m is an ultra-small and light laser rangefinder specifically designed for size and weight-constrained applications. Its Time-of-Flight system quickly produces precise and accurate distance and speed measurements. 

The LW20/C is a small form factor, 100-meter range, laser sensor in an IP67 enclosure suitable for small drones and self-driving vehicles, where weight, size and power consumption are critical. The LW20/C includes driver hardware and software to control a servo-driven LiDAR scanner for sense-and-avoid applications. 

ENERGY-CRITICAL: The SF23/B is a low-power LiDAR that can be used in energy-critical applications where batteries or solar cells are used. The SF23/B is tolerant to changes in background lighting conditions, wind, and noise.

A lightweight laser altimeter designed specifically for use on UAVs. The SF11 provides accurate and fast altitude (AGL) measuring capabilities. Ideal for automated landings, precise hovering, and terrain following.

FAST-RATE LASER: The LightWare SF20 B/50m and SF20 C/100m are fast-rate laser rangefinders designed to help drones record fast and accurate distance measurements. 

 

The TF03-180 is an industrial-grade light detection and range-distance sensor with a maximum detection range of 180m. 

It includes compensation algorithms for outdoor glare and other interference, so it works normally under strong light environments and rain, fog and snow conditions within -25°C to +60°C temperature ranges.