Solution > Application of lidar in crane obstacle avoidance
Application of lidar in crane obstacle avoidance
Application of lidar in crane obstacle avoidance
Accident rate sharply reduced, rapid response, intelligent graded braking
Long distance light year series
Solution Consulting
Industry & Project Overview
In large manufacturing workshops such as metallurgy, papermaking, and building materials, multiple overhead cranes often operate under high load on the same track. Traditional manual operation is prone to collisions due to judgment delays, affecting both production efficiency and personnel safety. To address this issue, an intelligent collision avoidance system uses millimeter-wave radar and vision fusion technology to monitor the distance and operating status of the overhead cranes in real time. When a collision risk is detected, the system automatically triggers tiered warnings (audible and visual alarm → deceleration → emergency braking), achieving a rapid response within 50ms. Simultaneously, by combining scheduling algorithms to optimize the overhead crane's operating path, the collision accident rate is reduced to below 0.1%, ensuring continuous operation safety and improving overall production efficiency by more than 25%.
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Application Scenarios
  • Supports real-time location tracking of multiple cranes on the same track, with a coverage radius of ≥50 meters.
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Technical Solution
  • Millimeter-wave radar + visual dual verification, ranging error <3cm
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Customer Value
  • Automatically triggers three levels of braking (warning/deceleration/emergency stop) based on the risk level.
  • The time from detection to completion of braking response is less than 50ms
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Technical Highlights
  • Reduce the collision accident rate from 8% to below 0.1%.
  • Reduce downtime and increase lifting efficiency by 25%.
Application Examples