Application of LiDAR in robot obstacle avoidance_Solution

Solution > Application of LiDAR in robot obstacle avoidance

Application of LiDAR in robot obstacle avoidance

High-precision obstacle recognition, millisecond-level response, and upgraded security protection.

Medium distance light pulse series

Industry & Project Overview

Robotics technology has been widely applied in daily life, significantly improving service efficiency and convenience. However, insufficient environmental perception can lead to collisions with obstacles or pedestrians during robot movement, affecting user experience and potentially causing safety accidents. To ensure the safe and reliable operation of robots, advanced intelligent obstacle avoidance systems are essential. These systems need real-time environmental scanning, high-precision obstacle recognition, and rapid response capabilities. They must accurately perceive changes in the surrounding environment through multi-sensor fusion technology and make obstacle avoidance decisions within milliseconds. This intelligent safety mechanism effectively prevents collision risks, ensures safe human-robot interaction, and provides reliable technical support for robot applications.

Application Scenarios

Equipped with a multi-sensor fusion system, it achieves 360° all-around environmental scanning and real-time monitoring.

Technical Solution

Employing advanced algorithms, it can accurately identify static obstacles and moving pedestrians with an accuracy rate of ≥99%.

Customer Value

The response latency from obstacle detection to triggering obstacle avoidance is less than 50 milliseconds.
Intelligently adjusts avoidance path and speed based on obstacle type and distance.

Technical Highlights

Unaffected by lighting conditions, it can work stably during both day and night.
It reduces the risk of collision by more than 90%, significantly improving the safety of human-machine interaction.

Application Examples

KEY-SENSOR USES COOKIES

We and selected third parties collect personal information as specified in the privacy policy and use cookies or similar technologies for technical purposes and, with your consent, for other purposes as specified in the cookie policy.Use the “Accept” button to consent. Use the “Reject” button or close this notice to continue without accepting.

Learn more

Contact us