Falling rack from a tubular modular system

The spool trolley 22010701 is used to store and transport large spools of wire and cable safely. This modular trolley made of a tube system has a load capacity of 100 kg, dimensions of 700 x 733 mm and a height of 1679 mm. The wheels with brakes prevent spontaneous movement when the trolley is not in use.

A pick-up truck for transporting products. Included is a board with an A4 clip, 2 x swivel castors with a brake of 125 mm in diameter and 2 x swivel castors without a brake of 125 mm.

Cart with shelves made of laminate boards, thickness 18mm light gray. Dimensions 1300x600x1600 (LxWxH).

A drop rack made of an aluminum profile with dimensions of 40 x 40 mm. Construction dimensions 2200 x 1860 x 510 mm. Total load capacity 150 kg (with uniform load). Custom application, all dimensions can be adjusted according to customer needs.

FIFO rack made of aluminum profile with dimensions 40 x 40 mm. Construction dimensions 2200 x 760 x 920 mm. Total capacity 180 kg, floor capacity 60 kg. Custom application, all dimensions can be adjusted according to customer needs.

Workshop table made of aluminum profiles with galvanized shelves offers practical storage for tools and materials, an ideal solution for workshops, production facilities, or schools.

Rack suitable for implementing the Karakuri method. The system uses roller tracks and gravity to move crates easily. The shelf is suitable for KLT crates 400 x 300 x 150 mm and the total capacity of the shelf is 15 pcs. Floor load capacity 85 kg, total load capacity 250 kg. The rack is equipped with 4 balancers with a load capacity of 8 kg.

The mobile gravity flow rack, built from a modular tubular system, provides organised storage and sequential picking of materials in containers. It is suitable for storage, material supply and order picking. Containers move along the inclined roller tracks under their own weight towards the picking point, without a motorised drive. When the front container is removed, the next one moves into its place. Swivel castors allow the rack to be relocated as required, for example when changing the layout of the facility. Braked castors secure it in the chosen position.

This two-tier mobile flow rack made from a modular pipe system is designed for storing and progressively picking material from containers. The long roller tracks allow several containers to be lined up one behind another, creating a buffer stock for storage, replenishment or material picking. The two tiers allow containers to be stored one above another, making use of the available height. Containers move along the inclined tracks under their own weight towards the picking point, without a motor drive. The castors allow the rack to be moved as needed, for example when reorganising the workplace.

The multi-level gravity flow rack, built from a modular tubular system, provides organised storage and sequential picking of materials in containers. Six levels of roller tracks make use of the available height and keep stocks of several types of material in one place. The rack is suitable for storage, material supply and order picking. Containers move along the inclined roller tracks under their own weight towards the picking point, without a motorised drive. When the front container is removed, the next one moves into its place. During the design stage, the vertical spacing between levels can be adapted to the container sizes and the access required to the materials.

This combined gravity flow rack, built from a modular tube system, is designed for storing and picking materials in KLT containers and sheet metal parts. It brings both types of material together in a single structure with separate tracks. Typical applications include preparing materials for production, assembly or final assembly. KLT containers move along the inclined roller tracks under their own weight towards the picking point. A separate track is provided for sheet metal parts. The rack therefore allows containers of components and sheet metal parts to be prepared at a shared picking point, with a dedicated space for each type of material.

The mobile gravity flow rack, built from a modular tube system, allows materials to be stored and picked sequentially from containers, with container returns handled within the same structure. The supply roller tracks are complemented by upper return tracks that slope in the opposite direction and can be used, for example, to return empty containers. Containers move along the inclined tracks under their own weight, without a motor drive. Once the material has been used, the empty container can be placed on a return track and sent back towards the replenishment side. Swivel castors allow the rack to be moved as required, while the brakes secure it in the chosen position.

This compact gravity flow rack made from a modular tubular system in an ESD version provides storage and sequential picking of materials in containers. Three levels of roller tracks are complemented by a top ESD plastic panel. The rack is designed for storage and material supply at workstations requiring ESD equipment. Containers move along the inclined tracks under their own weight towards the picking point, without a motorised drive. Three storage levels make use of the available height, while the 688 mm width allows the rack to fit into narrower supply areas. Swivel castors make it easy to reposition, and the brakes secure it in place.

The ESD gravity flow rack with two levels of roller tracks provides storage and sequential picking of materials in containers at workstations requiring ESD equipment. Its total load capacity of 960 kg makes it suitable for heavier containers or larger stocks of material. Containers move along the inclined tracks under their own weight towards the picking point, without a motorised drive. Tracks arranged side by side provide multiple picking positions. Heavy-duty ESD swivel castors allow the rack to be moved. Braked castors secure it in the chosen position.

The three-level mobile gravity flow rack, built from a modular tubular system, provides organised storage and sequential picking of materials in containers. Three levels of roller tracks allow containers to be stored one above another and make use of the available height. The rack is suitable for storage, material supply and order picking. Containers move along the inclined tracks under their own weight towards the picking point, without a motorised drive. When the front container is removed, the next one moves into its place. Castors allow the rack to be moved as required, for example when changing the facility layout or relocating a supply point.