Allrounder

Innovative rotation for load transport

The AllRounder is the solution for the quick directional and orientation changes of workpieces on the LOXrail® rail system.

The special wheel design allows the direction of the steering platform to be changed without additional mechanics in the ground. To enable rotations in place, the rail system can be extended with modules featuring a circular track.

The AllRounder steering platforms are individually tailored to customer needs and designed specifically for those applications.

Maximum flexibility for individual layouts

No moving parts in the floor

Rotation of transport trolleys without separate units in the floor

Benefits

  • The AllRounder steering platforms feature a particularly flat design, with platform heights as low as 145 mm, ensuring minimal space requirements
  • No moving parts in the hall floor, such as switches or turntables, makes the system particularly robust, reliable, and resistant to dirt
  • Significantly reduced installation effort and easy adaptation to various layouts
  • No separate media supply, such as compressed air, is required

Options

  • Load capacities of up to 15 tons per roll trolley
  • Custom external dimensions in length and width, tailored to the size of your workpieces
  • Direction change can be achieved either mechanically via a foot pedal or motorically using battery-powered actuators
  • The possibility of rotating the entire roll trolley at defined positions

The epitome of efficient intralogistics: LOXrail®

The LOXrail® round rail system forms the basis for our innovative intralogistics solutions for medium and heavy loads. The round rails, which are virtually flush with the floor, can be installed in a wide variety of layouts and offer a particularly safe way of transporting heavy loads while avoiding unnecessary obstacles in your production areas.

Our customised transport trolleys for the LOXrail® system can be designed precisely according to your requirements and can be equipped with drives of any desired degree of automation.