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electric stacker truck / walk-behind / pallet / transport
L-MATIC AC Linde Material Handling

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Characteristics

  • Energy:

    electric

  • Operator:

    walk-behind

  • Applications:

    pallet, transport, transfer

  • Other characteristics:

    counterbalanced

  • Carrying capacity:

    1,200 kg (2,645.5 lb)

  • Lifting height:

    1,924 mm

Description

COUNTERBALANCED STACKING AND TRANSPORTING
The autonomous Linde L-MATIC AC pallet stacker with cantilevered forks simplifies transport of closed carriers and the receipt of goods at transfer stations which are not accessible with load wheel supports, for example on conveyor systems. The counterbalanced truck, which can also be operated manually at any time, can handle loads of up to 1200 kilograms and lifting heights of 1.9 meters. It can be used individually or integrated as part of an automated fleet. The intelligent navigational system functions without the addition of tracks in the floor or laser reflectors. The L-MATIC AC can therefore be used flexibly, in a wide variety of different environments or in environments which change frequently. Its comprehensive suite of safety features reliably perceives people and obstacles in its area of operation.

Thanks to the lasers and cameras used in its safety equipment, the Linde L-MATIC AC monitors its working environment and independently reacts to people and obstacles. When an obstacle is recognized, the truck reduces its speed accordingly, and will come to a halt if the obstacle does not move out of the way. This functionality simultaneously guarantees high levels of both safety and productivity. The L-MATIC AC can also be stopped at any time using any of several emergency stop buttons mounted around its frame. Warning sounds and flashing lights round out the robotic truck’s safety design. Should the truck need to be moved out of a hazardous area in an emergency, it can be controlled manually at any time using the drawbar.
Proactive safety system
Reliable collision avoidance
Acoustic and visual warning systems