Lakhera dock levelers provide infinite positioning of the telescopic lip on the truck bed and are designed and built to meet the demands of high-volume loading and unloading. Lakhera telescopic dock levelers also provides the most durable performance with low lifetime cost of ownership.

The ideal dock leveller for end loads

The telescopic lip is fully controllable at variable lengths of up to 1000 mm. This makes ideal for efficient loading and unloading end loads. The long chamfers and the lip angle ensure a smooth transition from the dock leveller to the vehicle floor in every situation.

Telescopic dock leveller is suitable for 3-wheel forklift trucks. In addition, provides superior practically thanks to the auto park function and extensive control options. The various installation methods, wide range of sizes and load capacities of 6 or 8 tonnes make the telescopic leveller suitable for almost any situation.

Superior safety

The EN 1398 safety standards. In case of premature vehicle departure (if the forklift truck is still on the leveller), the automatic panic-stop activates. The leveller in most cases remains in operation even after a panic-stop situation. The emergency stop button on the control box can also be operated at any time. The platform can tilt 125 mm to both sides without influencing the functionality of the centre positioned robust main cylinder and, therefore smoothly following the movements of the truck. During maintenance, the platform is held safely in position by means of two maintenance supports. When the platform is in parked position, it is automatically supported by two cross-traffic safety legs.

Ample choice of sizes

The length of the platform will primarily be determined by the height difference between the warehouse floor and the expected range of vehicle load beds. Lakhera bases its sizes on a lower maximum incline than is permitted by EN 1398 Directive in order to guarantee smoother loading and unloading with less physical strain. We would be happy to advise you about the most efficient sizes and designs at the early stages of dock planning.