Laser Scanner

The ML300 affordable mobile laser scanning (MLS) system is equipped with two LiDAR sensors (one tilted at a 30-degree angle and one positioned horizontally) and a Ladybug5+ panoramic camera, enabling efficient 3D mapping of roads and surrounding environments. Paired with LiDAR360MLS software, it enables a one-stop data processing for applications such as road asset extraction, urban power distribution line analysis, urban forestry management, smart transportation, and more.

The LS600 is a next-generation handheld 3D laser scanner that seamlessly combines advanced SLAM technology, a built-in RTK module for centimeter-level accuracy, and dual wide-angle cameras for vivid color capture. Through multi-sensor fusion (LiDAR, IMU, and camera), the LS600 achieves robust performance in both indoor and outdoor environments—delivering high-speed scanning, richly detailed color point clouds, and streamlined post-processing. Its lightweight, all-in-one design ensures efficiency and reliability across diverse industries, from surveying and urban renewal to mining and emergency response.

The LS300 Laser Scanner uses SLAM technology (simultaneous localization and mapping), which is real-time positioning and mapping technology. It does not rely on GNSS positioning, and performs self positioning and incremental 3D mapping in unknown environments, including indoors and outdoors. Its lightweight design makes measurement work so easy. With synchronous data acquisition, simply walking around can complete the information data collection. ComNav Technology is committed to providing user-centered 3D laser mobile scaner measurement system product solutions, bringing users a better work experience.

The LS500 Laser Scanning System uses SLAM technology (simultaneous localization and mapping), which is real-time positioning and mapping technology. Unlike traditional GNSS-dependent systems, it autonomously conducts self-positioning and incremental 3D mapping even in uncharted territories, be it indoors or outdoors. Its sleek and lightweight design ensures effortless maneuverability, simplifying measurement tasks. With synchronized data acquisition, the mere act of walking facilitates information data collection. This versatile system finds extensive applications across diverse fields including stockpile measurement, urban development, underground infrastructure digitization, agricultural and forestry analysis, as well as surveying and mapping.