Lift Max Thailand
Lift Max Thailand
Lift Max Thailand
Lift Max Thailand

L10, L12

Quick Overview

Capacity : 1.0,1.2 Ton
Power Unit : Battery
Operation : Pedestrian


Type of trucks Pallet Stackers
Capacity L10 - 1.0 Ton
L12 - 1.2 Ton
Power Unit Battery
Operation Pedestrian
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Price: ฿0

L10, L12

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  • L10, L12



L10, L12 Safety

The hand guards of the off-centred tiller head effectively shield hands and keep the operator safely within the truck’s contours with excellent visibility through the mast. The long tiller mounted low down on the chassis ensures ample safety clearance between operator and truck.


L10, L12 Performance

The combination of a new AC motor and Linde LAC digital controller makes these pallet stackers highly efficient. Operating parameters can be adjusted to match any application. The OptiLift® mast control assures accurate, fully proportional lifting as well as smooth and quiet operation.


L10, L12 Comfort

All controls on the ergonomic tiller head can be easily operated by either hand. A Creep speed button offers utmost manoeuvrability in confined areas. Proportional speed automatically alters traction speed in relation to the truck/operator distance. Finished in tactile materials, these stackers deliver accurate load handling for better productivity.


L10, L12 Reliability

Despite their visual appeal, these pallet stackers are rugged and durable. The mast channels are made from high grade rolled steel sections for strength and durability. Strong and long-lasting Exxtral® motor and battery cover protect the technical compartment from outside shocks. In addition, a built-out fork carriage with thinner forks is available to protect the mast when handling gitterboxes.


L10, L12 Service

It is not just about the truck in operation: a maintenance-free AC motor maximises uptime, reducing operating costs. All truck data is immediately and easily accessible to the service engineer via CAN-bus architecture. Fast, easy access to all internal components ensures service tasks are completed with a minimum of delay.