Abstract: A device conveys medication sachets. The device includes an inlet for receiving the medication sachets, an outlet for discharging the conveyed medication sachets, a first endless belt, first guide elements arranged to guide the first endless belt along a first path. First guide elements include a first guide roller, a second endless belt, a plurality of second guide elements arranged to guide the second endless belt along a second path. The second guide elements include a second guide roller, a plurality of third guide rollers arranged to guide the first endless belt and the second endless belt along a third path. The medication sachets are conveyed between the first endless belt and the second endless belt along the third path from the inlet to the outlet. A device rotates at least one of the first, second or third guide rollers. A medication dispenser dispenses the medication sachets.

Abstract: An arrangement is for handling a strip of medication sachets. The arrangement includes a conveying device for conveying the strip of medication sachets. The conveying device includes an inlet for receiving the medication sachets, an outlet for discharging the medication sachets and a conveyor for conveying the medication sachets from the inlet to the outlet. Aa first imaging device is arranged in connection with the inlet and configured to capture at least one image of the medication sachet before the medication sachet is conveyed to the inlet, and a second imaging device is arranged in connection with the outlet and configured to capture at least one image of the medication sachet after the medication sachet has been conveyed out of the outlet. A dispenser is for dispensing the medication.

Abstract: A fluidic device (1) configured to drive movement of fluid under centrifugal force comprises a central region about a central rotational axis (X) of the device and a peripheral region extending radially outwards from the central region. A fluid reservoir (4) provided in the central region of the device receives a fluid sample and communicates with at least one fluidic system (6), which extends radially outwards from the fluid reservoir (4) into the peripheral region of the device. Each fluidic system (6) comprises a fluid analysis chamber (12) configured to retain a portion of a fluid sample for analysis. A fluidic channel arrangement (26) is configured to enable fluid communication between the fluid reservoir (4) and the fluid analysis chamber (12), and movement of the fluid sample through the fluidic channel arrangement is driven by the centrifugal force created by rotational motion of the device about the central rotational axis (X).