TOP X-slide Claw

Removable four-point holder for flexible object positioning

The TOP X-slide Kralle in stainless steel is a KLIO element for the easy, functional mounting of an object. The brackets are suitable for a wide variety of exhibits – from delicate pieces to medium-sized objects.

The integrated mounting rings for connection with other KLIO elements have a small diameter. In the assembled state they are located behind the object and are therefore invisible.

Due to the lateral arrangement of the round wires on the mounting ring, the object mount can be easily and flexibly moved in its position on the LINK support rod or tube. This opens up additional possibilities for presentation.

Suitable for horizontal and vertical object presentation.

TOP X-slide claws can be combined with all LINK elements in the same diameter.

Individual adaptation to the object

The four fine wires of the TOP X-slide Kralle can be shortened to the required length. To mount the object, they are adjusted to the shape of the exhibit by bending. Different wire thicknesses and the formable stainless steel allow for individual customization to the object.

The TOP X-slide claws have an integrated adjusting ring for connection to other KLIO elements, such as LINK rods and pipes in the appropriate diameter. The fixation is achieved using the integrated screw nut.

When removing or inserting the display into the showcase, the assembly is simply removed from the support rod or reattached – a quick, secure solution with minimal assembly effort.

Precisely made to match each other, the TOP X-slide claws sit securely and firmly on the attached KLIO elements.

Advantages of the KLIO system

Modularity and flexibility through a standardized system: All TOP-, LINK-, and BASE-elements with identical rod diameter are fully combinable and enable individually customizable mounting solutions.

High object and process reliability through revisable constructions and the clear separation between object adaptation and exhibition assembly.

Economic efficiency and design restraint Thanks to reusable components, efficient processes and minimal visual presence while maintaining high stability.