Richbeam, Founded in 2016, is an innovative LiDAR sensor and solutions provider for sensor-based applications. We always focus on developing better LiDAR products and solutions to provide powerful perception and abundant data for artificial intelligence.Based on integrated-chip technology, richbeam has developed innovative LiDARs and solutions that are widely used in the fields of autonomous driving, transportation, robotics and surveying. Richbeam provides clients with Lakibeam, Lorabeam, Korabeam, Metabeam and other series of products and system solutions, has successfully served more than 500 companies and holds more than 100 granted patents. Product ========== New Product Introduction ------------------------------ LoraBeam ~~~~~~~~~~~~~~~~~~~~~~ LoraBeam is a new cost-effective two-dimensional navigation LiDAR developed by the Richbeam team for commercial and industrial applications.Stay tuned for its upcoming release, and visit our official website for the latest updates. KoraBeam ~~~~~~~~~~~~~~~~~~~~~~ KoraBeam is a new cost-effective two-dimensional obstacle avoidance LiDAR developed by the Richbeam team for the industrial sector.Stay tuned for its upcoming release, and visit our official website for the latest updates. Other Product Introduction ---------------------------- 2D LiDAR ~~~~~~~~~~~~~~~~~~~~~~~~~~~ LakiBeam Product Family ^^^^^^^^^^^^^^^^^^^^^^^^^^^^ LakiBeam product family is the first cost-effective two-dimensional navigation LiDAR developed by the Richbeam team for commercial and industrial applications. - LakiBeam1 LakiBeam1 is a miniaturized high-performance LiDAR designed by Richbeam based on the principle of direct Time-of-Flight (dToF). The detection distance can reach 25m, the field of view angle is 270 °, the angular resolution can reach 0.1 °, and the highest point frequency is 43.2k. Learn more: `LakiBeam1 `_ - LakiBeam1L LakiBeam1L is a miniaturized high-performance LiDAR designed by Richbeam based on the principle of direct Time-of-Flight (dToF).The detection distance can reach 40m, the field of view angle is 270 °, the angular resolution can reach 0.1 °, and the highest point frequency is 43.2k.Learn more: `LakiBeam1L `_ - LakiBeam1S LakiBeam1S is a miniaturized high-performance LiDAR designed by Richbeam based on the principle of direct Time-of-Flight (dToF).The detection distance can reach 15m, the field of view angle is 270 °, the angular resolution can reach 0.2 °, and the highest point frequency is 43.2k.Learn more: `LakiBeam1S `_ .. image:: ../image/lakibeam.jpg 3D LiDAR ~~~~~~~~~~~~~~~~~~~~~~ MetaBeam Product Family ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ MetaBeam product family is a multi beam high-performance LiDAR designed by Richbeam based on the principle of direct Time-of-Flight (dToF).This product is mainly aimed at fields such as robot environment perception, mapping, industrial process monitoring, and security. - MetaBeam16 MetaBeam16 integrates 16 laser transceiver modules, which rapidly rotate while emitting laser beams to continuously scan the external environment.The detection distance can reach 80m, the vertical field of view angle is 31 °, and the vertical angle resolution is 2 °.Learn more: `Metabeam16 `_ - MetaBeam32 MetaBeam32 integrates 32 laser transceiver modules, which rapidly rotate while emitting laser beams to continuously scan the external environment.The detection distance can reach 80m, the vertical field of view angle is 31 °, and the vertical angle resolution is 1 °.Learn more: `Metabeam32 `_ .. image:: ../image/Metabeam.png MetaBeam S Product Family ^^^^^^^^^^^^^^^^^^^^^^^^^^^^ MetaBeam S product family is a multi beam high-performance LiDAR designed by Richbeam based on the principle of direct Time-of-Flight (dToF).This product is mainly aimed at fields such as robot environment perception, mapping, industrial process monitoring, and security. The single echo point frequency can reach up to 360000 points/second, the point cloud distribution is uniform, the farthest range is 100m, and the effective detection range can reach 80m. Learn more: `MetaBeam S `_ .. image:: ../image/MetabeamS.png