In the modern logistics handling environment that emphasizes efficiency, safety and flexibility,
Oceaneering International, Inc. of the United States Its mobile robot business has released a series
of advanced autonomous functions specifically designed for its main products,
the MaxMover counterbalanced forklift and the CompactMover FOL U 1200. These functions will
comprehensively enhance the capabilities of industrial warehousing, manufacturing plants and logistics
handling, and promote the implementation process of intelligent deployment.
Currently, the MaxMover counterbalanced forklift is specifically designed to replace traditional counterbalanced
forklifts and is suitable for scenarios such as warehousing and logistics, production assembly lines, etc.
The CompactMover FOL U 1200 is aimed at replacing electric pallet stackers. It has a hydraulic-free structure,
is easier to maintain, and is more flexible to deploy.
1. Elevated Obstacle Detection (EOD) : It can detect high-altitude obstacles that traditional sensors cannot
cover, automatically slow down when approaching, and resume movement after the obstacles are cleared.
2. Empty Unloading Area Detection (EDD) : Automatically scan the unloading area for any obstacles to ensure
that the loading area is cleared before releasing the load, effectively avoiding repeated stacking and incorrect
placement of goods.
3. Automatic Fork Width Adjustment (FPA) : It can automatically adjust the fork width according to different
pallet sizes without manual intervention, enabling seamless switching between various pallets and enhancing
the versatility of the carrier.
CompactMover Autonomous functions also include:
1. Aerial Obstacle Detection (EOD) : It can also identify high-altitude obstacles to ensure walking safety.
2. Automatic pallet tracking: When the position of the pallet is offset or misaligned, the system can automatically
adjust the traveling path to achieve precise positioning and efficient loading.
3. Available Location Identification (ALD) : Actively scans for empty shelves and guides to available locations,
supporting automatic goods shelving and storage navigation.
These upgrades have broken through the previous operation mode that relied on manual adjustment and specific
infrastructure, enhancing the "intelligence" level of the equipment. They can provide a more stable, safer and more
efficient integrated solution for logistics management in highly complex environments.
In the long run, these autonomous functions will promote the popularization of intelligent material handling in the
manufacturing and logistics industries and accelerate the transformation of traditional warehousing to truly "flexible
unmanned" operations.
