Device for reconstituting a pharmaceutical composition from at least a first component contained in a first container and a second component contained in a second container, comprising: • a fluidic unit comprising: - a first connector configured to mechanically and fluidically couple to the first container, - a second connector configured to mechanically and fluidically couple to the second container, - a pump, - a fluidic circuit comprising channel portions connecting the first connector, the second connector and the pump, wherein: - the second connector comprises an axial port to fluidically couple to the second container when said second container engages the second connector and a radial port in fluidic link with said axial port, - the first connector comprises: a body defining an axial chamber and comprising at least three radial ports (1010A, 1010B, 1010C) connected to the fluidic circuit and a crankpin in rotating engagement within said axial chamber, said crankpin comprising a mounting interface for engaging the first container, a unique axial port intended to fluidically couple to the first container when said first container engages the mounting interface, and a radial port fluidically connected to said axial port, said crankpin comprising at least one channel arranged therein so as to cooperate with the at least three radial ports of the body to selectively connect the axial port of the first connector with at least one channel portion of the fluidic circuit depending on the angular position of the crankpin with respect to the body, • a power unit releasably coupled to the fluidic unit and comprising: - a power mechanism for actuating the pump, - transmission means adapted to be connected between an actuator and the crankpin for rotating the first container. • a fluidic unit comprising: - a first connector configured to mechanically and fluidically couple to the first container, - a second connector configured to mechanically and fluidically couple to the second container, - a pump, - a fluidic circuit comprising channel portions connecting the first connector, the second connector and the pump, wherein: - the second connector comprises an axial port to fluidically couple to the second container when said second container engages the second connector and a radial port in fluidic link with said axial port, - the first connector comprises: a body defining an axial chamber and comprising at least three radial ports (1010A, 1010B, 1010C) connected to the fluidic circuit and a crankpin in rotating engagement within said axial chamber, said crankpin comprising a mounting interface for engaging the first container, a unique axial port intended to fluidically couple to the first container when said first container engages the mounting interface, and a radial port fluidically connected to said axial port, said crankpin comprising at least one channel arranged therein so as to cooperate with the at least three radial ports of the body to selectively connect the axial port of the first connector with at least one channel portion of the fluidic circuit depending on the angular position of the crankpin with respect to the body, - a first connector configured to mechanically and fluidically couple to the first container, - a second connector configured to mechanically and fluidically couple to the second container, - a pump, - a fluidic circuit comprising channel portions connecting the first connector, the second connector and the pump, - the second connector comprises an axial port to fluidically couple to the second container when said second container engages the second connector and a radial port in fluidic link with said axial port, - the first connector comprises: a body defining an axial chamber and comprising at least three radial ports (1010A, 1010B, 1010C) connected to the fluidic circuit and a crankpin in rotating engagement within said axial chamber, said crankpin comprising a mounting interface for engaging the first container, a unique axial port intended to fluidically couple to the first container when said first container engages the mounting interface, and a radial port fluidically connected to said axial port, said crankpin comprising at least one channel arranged therein so as to cooperate with the at least three radial ports of the body to selectively connect the axial port of the first connector with at least one channel portion of the fluidic circuit depending on the angular position of the crankpin with respect to the body, a body defining an axial chamber and comprising at least three radial ports (1010A, 1010B, 1010C) connected to the fluidic circuit and a crankpin in rotating engagement within said axial chamber, said crankpin comprising a mounting interface for engaging the first container, a unique axial port intended to fluidically couple to the first container when said first container engages the mounting interface, and a radial port fluidically connected to said axial port, said crankpin comprising at least one channel arranged therein so as to cooperate with the at least three radial ports of the body to selectively connect the axial port of the first connector with at least one channel portion of the fluidic circuit depending on the angular position of the crankpin with respect to the body, • a power unit releasably coupled to the fluidic unit and comprising: - a power mechanism for actuating the pump, - transmission means adapted to be connected between an actuator and the crankpin for rotating the first container. - a power mechanism for actuating the pump, - transmission means adapted to be connected between an actuator and the crankpin for rotating the first container.