dToF LiDAR Pulsar ME450

Description

(HTML) code view. --> Cost-Effective 3D LiDAR with Multiple Scanning Patterns Configurable 3D Scanning Patterns Switch seamlessly between repetitive and non-repetitive scan patterns for versatile 3D mapping and obstacle avoidance. 200 kHz High-Density 3D Sensing Generates rich 3D point clouds with an ultra-wide 270° × 60° FOV, delivering comprehensive spatial awareness for real-time SLAM navigation. 45m dToF Ranging & High Precision Provides long-range sensing up to 45m (@90% reflectivity) with ±30mm accuracy and ≤ 20mm precision for detailed 3D reconstruction. IP67 & 80,000 Lux Daylight Immunity Rugged IP67 industrial housing engineered to withstand direct, intense sunlight and harsh outdoor elements. M12 Aviation Connector & Time Sync Features a secure M12 8-pin Ethernet connection, embedded 6-axis IMU, and PTP/GPS/PPS time synchronization for seamless fleet deployment. Frequently Asked Questions ▾ What is the Orbbec Pulsar ME450? ▾ The Pulsar ME450 is a cost-effective 3D LiDAR that supports multiple scanning patterns. It is based on direct Time of Flight (dToF) ranging and uses a high-performance optical system that combines MEMS-based pitch scanning with motorized azimuth control, emitting 200 kHz laser pulses. It offers a maximum detection range of up to 45 meters at 90% reflectivity, making it suitable for both robot navigation and obstacle avoidance and for general-purpose laser scanning for surveying. What scanning patterns does the Pulsar ME450 support? ▾ The Pulsar ME450 offers configurable multi-pattern scanning, allowing you to switch patterns without changing devices. It supports non-repetitive scanning and repetitive scanning at several densities, including non-dense, 2x dense, and 4x dense modes. A single unit can meet a range of 3D data acquisition requirements. How accurate is the Pulsar ME450? ▾ The Pulsar ME450 achieves millimeter-level accuracy and precise localization for high-fidelity 3D reconstruction, with reliable reflectivity detection and