This case shows how adjustable clamps secure a lifting aid to vehicle forks, enabling mobile operation without support legs.
Combining horizontal conveying and vertical lifting, one actuator helps mobile robots handle loads with fewer specialized units.
A movable pickup unit and rotatable shelf help store more items while reducing travel distance and energy use during transport.
This case uses remote control and boom-pendulum folding to load a cherry picker onto a trailer without platform access.
An actuator-controlled locking element secures the battery during operation and supports safer, faster replacement in industrial trucks.
A coordinated reach cylinder, levelling arms, tilt support, and side shift improve stability without a bulky forklift mechanism.
A driving assembly moves opposing clamping plates to handle varied box sizes and reduce gaps between adjacent goods during transport.
Motorized lifting and stacker arms automate article-array stacking with less labor and damage.
This case separates mast and free-lift control to adjust two load-bearing elements independently with minor mast changes.
Modular track segments and angled load wheels distribute loads while enabling lower-height omnidirectional movement in confined spaces.