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.

Browse overhead crane anti-collision systems from our Magnetek ® brand, including LaserGuard™2, LaserGuard™ Mini, and ReFlx ® 45. Our collision avoidance systems for cranes are designed to get you up and running quickly and help prevent crane-to-crane and crane-to-end-stop collisions.

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.

Zenar is at the forefront of advanced collision avoidance technology specifically designed for overhead cranes. Our collision avoidance system combines state-of-the-art sensors, intelligent algorithms, and seamless integration with crane operations to …

Nov 26, 2024 · Anti-collision systems play a crucial role in preventing accidents, protecting assets, and ensuring smooth operations. This article highlights the top 10 providers specializing in anti-collision technology, sensors, and systems for cranes.

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

Nov 10, 2022 · Working safely with overhead cranes involves attention to detail, focus, and oftentimes, more help than just the naked eye. This involves creating safer work zones with smart non-contact measurement solutions.

Both overhead crane collision avoidance systems and tower crane anti-collision warning systems are not a “one size fits all” solution, so Carroll Technologies works with its customers to customize a warning system that is ideally suited for the application, from mines and tunnels to construction facilities of all sizes.

Choose the Right Crane Collision Avoidance Sensors. You should consider several factors when choosing the sensors for the safety of overhead crane operations, including the required detection range, crane type, operating environment, accuracy, response time, beam pattern, and budget.

Dec 6, 2024 · Enter the LAC System, a cutting-edge collision avoidance solution designed to redefine the standards of overhead crane safety. What is the LAC System? The LAC System is an advanced anti-collision solution powered by LIDAR technology, tailored specifically for overhead crane applications.