Device, comprising: - a carrier, wherein the carrier is an object carrier that is configured to subsequently carry and transport substantially rectangular objects in a transport direction, wherein the carrier comprises at least one of the following object rotation means: - at least two independently drivable sections (17, 18) that comprise two parallel conveyors; - a conveyor belt using a driveable roller set; - an automated conveyance platform using drivable rollers; and - a robot with gripper to subsequently rotate the objects; the device further comprising: - a meter, wherein the meter is an object dimension meter configured to measure a dimension of the object relative to at least one direction and preferably the meter is further an object spacing meter configured to measure a spacing between successive objects; and - a controller configured to control the object rotation means to rotate at least one object and preferably to further adjust said spacing, wherein the controller is an object rotation controller, characterized in that - the object dimension meter comprises an array of sensors arranged in said transport direction along the carrier; and - the object rotation controller is configured to determine a variation of the dimension of the object and configured to control rotation of the object to align a side surface of said object substantially in line with the transport direction based on the determined variation of the dimension of the object. - a carrier, wherein the carrier is an object carrier that is configured to subsequently carry and transport substantially rectangular objects in a transport direction, wherein the carrier comprises at least one of the following object rotation means: - at least two independently drivable sections (17, 18) that comprise two parallel conveyors; - a conveyor belt using a driveable roller set; - an automated conveyance platform using drivable rollers; and - a robot with gripper to subsequently rotate the objects; the device further comprising: - a meter, wherein the meter is an object dimension meter configured to measure a dimension of the object relative to at least one direction and preferably the meter is further an object spacing meter configured to measure a spacing between successive objects; and - a controller configured to control the object rotation means to rotate at least one object and preferably to further adjust said spacing, wherein the controller is an object rotation controller, characterized in that - the object dimension meter comprises an array of sensors arranged in said transport direction along the carrier; and - the object rotation controller is configured to determine a variation of the dimension of the object and configured to control rotation of the object to align a side surface of said object substantially in line with the transport direction based on the determined variation of the dimension of the object. - at least two independently drivable sections (17, 18) that comprise two parallel conveyors; - a conveyor belt using a driveable roller set; - an automated conveyance platform using drivable rollers; and - a robot with gripper to subsequently rotate the objects; the device further comprising: - a meter, wherein the meter is an object dimension meter configured to measure a dimension of the object relative to at least one direction and preferably the meter is further an object spacing meter configured to measure a spacing between successive objects; and - a controller configured to control the object rotation means to rotate at least one object and preferably to further adjust said spacing, wherein the controller is an object rotation controller, characterized in that - the object dimension meter comprises an array of sensors arranged in said transport direction along the carrier; and - the object rotation controller is configured to determine a variation of the dimension of the object and configured to control rotation of the object to align a side surface of said object substantially in line with the transport direction based on the determined variation of the dimension of the object. - a meter, wherein the meter is an object dimension meter configured to measure a dimension of the object relative to at least one direction and preferably the meter is further an object spacing meter configured to measure a spacing between successive objects; and - a controller configured to control the object rotation means to rotate at least one object and preferably to further adjust said spacing, wherein the controller is an object rotation controller, - the object dimension meter comprises an array of sensors arranged in said transport direction along the carrier; and - the object rotation controller is configured to determine a variation of the dimension of the object and configured to control rotation of the object to align a side surface of said object substantially in line with the transport direction based on the determined variation of the dimension of the object.