Small metal storage containers for storing and organising heavy smallwares, components and spare parts. The Fami metal small parts boxes, made of smooth or perforated steel sheet, are stackable and come with a hopper-type opening or with four closed sides.
Small metal storage containers
The distinctive features of Fami small metal storage containers
The ribbing on the sides and bottom of the small metal storage containers reinforce the entire structure to allow for transporting and storing heavy materials such as metal smallwares and components. The metal box thus obtained provides a high degree of load-bearing resistance and undeformability in the event of impacts or wear.
The various solutions for metal small parts boxes are stackable, so as to optimise the use of space in the warehouse, at industrial workstations or during transport. All metal box models feature an appropriate groove on the upper part to facilitate stacking of the various containers and making it safer.
There are various solutions for facilitating transport of small metal parts boxes, especially when fully loaded: they can be moved by hand thanks to the practical handles or using appropriate container trolleys. Moreover, if the FLS container features slides or crosspieces, it can be moved with the aid of forklift trucks or pallet trucks.
Practical, stackable metal storage containers and bins for heavier hardware small parts
The metal bins and boxes of the Storage Steel line, the production of which goes back in time, are made of painted or galvanised sheet metal and available in various shapes and sizes. They are stackable and ideally suitable for the storage of heavy parts; in some versions, they can be integrated into industrial racking systems, ensuring the optimisation of any available storage space. Easy to handle via the perpendicular block handle, they can be stacked for easy removal on trolleys. Like the plastic series, also the Fami Storage Systems metal bins can be provided with labels and longitudinal dividers with supports for a rational arrangement of the internal space.