A hoisting device comprising: - a holding compartment where the holding compartment comprises: ∘ a base having a proximal end that is adapted to be positioned on a surface area and a distal end that is adapted to receive at least one stackable container; ∘ an upper part comprising a hoisting coupling that provides a connection between the hoisting device and a lifting device allowing the hoisting device to be lifted and lowered via the lifting device; ∘ at least one support structure (4,5) extending between the base and the upper part creating a spacing between the base and the upper part and creating an inner volume of the holding compartment; ∘ an opening (12,13) in a boundary of the holding compartment that is adapted to provide access to the holding volume of the holding compartment; - where the hoisting device further comprises a closing mechanism having a closed position adapted to block at least part of the opening when the hoisting device is lifted from the surface area, and an open position adapted to unblock the opening when the hoisting device is positioned on the surface area, characterised in that the closing mechanism is coupled to the connection between the hoisting device and the lifting device, where an initial tension in the connection moves the closing mechanism into its closed position and/or where an initial absence of tension moves the closing mechanism into its open position, or the closing mechanism is connected to a lever that comes into contact with the surface area where the hoisting is being placed, where the lever transmits mechanical energy to the closing mechanism to move the closing mechanism into its open and/or closed position. - a holding compartment where the holding compartment comprises: ∘ a base having a proximal end that is adapted to be positioned on a surface area and a distal end that is adapted to receive at least one stackable container; ∘ an upper part comprising a hoisting coupling that provides a connection between the hoisting device and a lifting device allowing the hoisting device to be lifted and lowered via the lifting device; ∘ at least one support structure (4,5) extending between the base and the upper part creating a spacing between the base and the upper part and creating an inner volume of the holding compartment; ∘ an opening (12,13) in a boundary of the holding compartment that is adapted to provide access to the holding volume of the holding compartment; ∘ a base having a proximal end that is adapted to be positioned on a surface area and a distal end that is adapted to receive at least one stackable container; ∘ an upper part comprising a hoisting coupling that provides a connection between the hoisting device and a lifting device allowing the hoisting device to be lifted and lowered via the lifting device; ∘ at least one support structure (4,5) extending between the base and the upper part creating a spacing between the base and the upper part and creating an inner volume of the holding compartment; ∘ an opening (12,13) in a boundary of the holding compartment that is adapted to provide access to the holding volume of the holding compartment; - where the hoisting device further comprises a closing mechanism having a closed position adapted to block at least part of the opening when the hoisting device is lifted from the surface area, and an open position adapted to unblock the opening when the hoisting device is positioned on the surface area, characterised in that the closing mechanism is coupled to the connection between the hoisting device and the lifting device, where an initial tension in the connection moves the closing mechanism into its closed position and/or where an initial absence of tension moves the closing mechanism into its open position, or the closing mechanism is connected to a lever that comes into contact with the surface area where the hoisting is being placed, where the lever transmits mechanical energy to the closing mechanism to move the closing mechanism into its open and/or closed position.