LS Lidar CHR Series

LS Lidar CHR Series: High-Precision 3D Lidar Scanning for Every Scenario

Unlock Ultimate Precision with the LS Lidar CHR Series

The LS Lidar CHR Series is a game-changing Lidar Scanning System designed for high-speed, high-accuracy 3D scanning across various environments. Whether you’re operating in tight urban zones, construction sites, or industrial facilities, the LS Lidar CHR Series Lidar Scanner delivers ultra-wide angle, blind spot-free detection with exceptional reliability.

Say Goodbye to Blind Spots

One of the most frustrating pain points in Lidar scanning is missed data due to blind zones. This lidar scanner solves this with an impressive 360° x 90° scanning field, drastically minimizing any scanning dead zones. This allows for complete situational awareness and consistent Point Cloud Data capture in every scan.

Precision That Powers Productivity

Accuracy matters—especially in critical applications. The CHR Series excels with a ±1cm+ range accuracy and a detection range of up to 120 meters. Thanks to its 32-line laser and dual echo technology, it generates an astonishing 1.28 million points per second, producing dense, detailed scans that enable better decision-making and planning.

Built for Short-Range Brilliance

For close-range applications where precision and detail are non-negotiable, the LS Lidar CHR Series Lidar Scanner shines. With a detection range of 30m@10% reflectivity, it excels in low blind zone environments—perfect for robotics, autonomous systems, and industrial mapping.

SLAM Lidar That Doesn’t Miss a Beat

Seamlessly integrate the CHR Series into your SLAM Lidar System to enable real-time mapping and navigation. Its high-speed scanning capabilities are ideal for mobile mapping solutions where time and accuracy go hand-in-hand.

Why Choose the LS Lidar CHR Series?

• Ultra-Wide 360° x 90° Coverage for minimal blind spots
• High Data Density with 1.28M points per second
• Exceptional Range and Accuracy for versatile applications
• Perfect Fit for SLAM Lidar Systems and mobile mapping
• Robust Performance in complex environments