The LDS-E210-E LiDAR uses a near-infrared pulse laser as the light source, and the laser pulse is emitted only in ns time.
This ensures safety for humans and pets and conforms to EN/IEC 60825-1 Class 1 laser safety standards.
The application of near-infrared pulsed laser combined with filter can effectively avoid light interference, so it can be used normally in indoor and outdoor environments.
The LSS-10/40 series is a small sealed enclosure LiDAR with 360-degree full-range scanning capability capable of detecting distances up to 40 meters. It is mainly used for equipment collision avoidance and intelligent area detection. It supports flexible area settings through 4 input/output switches, and can output point cloud data. The radar is IP67 waterproof, offers a variety of interface options, including Ethernet, USB serial and IO ports, and can be scaled to RS485 interfaces to meet the different needs of customers.
The LDS-E300/E310 series of LiDAR, designed for reliability and precision, is tailored for applications where obstacle avoidance and area detection are critical. They provide solid and reliable performance in an environment that adheres to consistent and stable operation, making them the first choice for high-risk environments.
Designed for excellence, the LDS-E300/E310 series LiDAR is a microcosm of reliability and precision, tailored for applications where obstacle avoidance and area detection are critical. They provide solid and reliable performance in an environment that adheres to consistent and stable operation, making them the first choice for high-risk environments.
Embrace the power of precision with the LDS-E320/E330 series LiDAR in blue ocean optoelectronics. These compact smart sensors provide an economical and user-friendly solution for avoiding remote collisions and comprehensive area detection, setting a new standard for smart sensing technology.
Embrace the power of precision with Blue Ocean Photonics’ LDS-E320/E330 series LiDAR. These compact smart sensors provide a friendly solution for avoiding long-range collisions and comprehensive area detection, setting a new standard for smart sensing technology.
