What is the difference between 2D and 3D LiDAR?

2D LiDAR scans a single horizontal plane to measure distance, while 3D LiDAR captures multiple planes of data to create a volumetric representation of the environment.

When should 2D LiDAR be used?

2D LiDAR is commonly used for navigation, obstacle detection, and area monitoring in robotics and industrial automation systems.

When should 3D LiDAR be used?

3D LiDAR is used when applications require detailed environmental modeling, complex object recognition, or advanced autonomous navigation.

Crane Safety and Detection

Crane Collision Avoidance Sensors

Hokuyo crane collision avoidance sensor solutions help overhead cranes, high-bay cranes, and material handling systems detect obstacles and reduce collision risk in industrial environments.

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Application Fit

Overhead crane detection High-bay crane awareness Material handling paths Anti-collision support Industrial lifting applications Travel path sensing

Obstacle detection for crane movement

Crane applications require reliable sensing across large industrial spaces where equipment, materials, structures, and personnel may be present. Hokuyo solutions support crane automation, anti-collision applications, and obstacle detection for overhead and bay configurations.

Collision avoidance sensors help monitor crane travel paths and support safer, more efficient movement across demanding industrial facilities.

Common Requirements

Overhead crane collision avoidance sensor
Crane obstacle detection system
Sensors for overhead crane safety
High bay crane collision avoidance
Collision avoidance sensors for material handling

Where These Sensors Help

Crane-to-Object Detection

Detect structures, equipment, or materials that may interfere with overhead crane travel.

Crane-to-Crane Awareness

Support systems where multiple cranes or moving assets operate in shared industrial areas.

Travel Path Monitoring

Help monitor areas along defined crane movement paths in high-bay and lower-bay environments.

Crane Collision Avoidance Sensors FAQs

What are crane collision avoidance sensors?

Crane collision avoidance sensors are used to detect obstacles, equipment, materials, or other cranes that may be in or near a crane travel path.

Where are crane collision avoidance sensors used?

They are used in overhead crane systems, high-bay crane systems, material handling environments, manufacturing plants, steel facilities, and industrial warehouses.

What should be considered when selecting a crane sensor?

Important factors include detection range, mounting location, crane speed, operating environment, target object type, available interfaces, and control system integration.

Need Help with Crane Collision Avoidance?

Share your crane type, travel path, operating environment, target detection needs, and integration requirements with Hokuyo’s team.

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