Magnetek's LaserGuard 2 is the most technologically advanced collision avoidance system available, using optical lasers to monitor your crane’s position. The system can take action at 3 distance set-points to manage crane-to-crane and wall-to-crane operation.

The Laser Collision Avoidance System (LCAS) is an industrial remote control safety system that protects against crane-to-crane or crane-to-end-wall collisions.

Using advanced technology like Lidar, Infrared, and Lasers, these anti-collision devices are able to detect distance in real time and control crane movement to prevent potential collisions, whether between different types of cranes or between cranes and objects.

BridgeGuard TM Collision Avoidance Systems are engineered to prevent crane-to-crane and crane-to-end collisions. These systems work with all types of overhead cranes and applications to ensure personnel safety, protect facility infrastructure, increase the lifespan of the crane, and reduce maintenance costs.

Learn more about Laser-View Technologies' Crane Sentry® line of non-contact laser distance sensors for overhead crane collision avoidance.

Magnetek's LaserGuard 2 is the most technologically advanced collision avoidance system featuring self-monitoring optical lasers. These lasers automatically check and relay required adjustment information to cranes to help avoid collisions and free …

Choose between Collision Avoidance System Scissors, or Booms. Scanning of both sides from platform. Scanners move with the extension deck providing continued protection front of the platform. Full scanning of both sides from platform to chassis. Zones automatically adjust with changing height and platform extension.

Two Event Laser Reflective Sensing Kit up to 100 Fe et for Crane to Crane Separation and End Stop Collision Avoidance. Slow Approach and Stop Functions in Stepped Control Mode. Class 2 Visible Laser for Easy Alignment.

Implementing Leddar optical detection and ranging as part of a collision prevention system provides a robust, reliable solution to detect the presence of still or moving obstacles in the vehicle’s way, in any type of environment or weather conditions, from close-proximity to long-range operations.

Collision avoidance systems are designed to help prevent collisions between cranes or their loads. These systems either slow down or stop crane movements when the crane or its load comes within a pre-determined distance of another moving or fixed object.