A fluid delivery device comprising: a fluid-filled cartridge comprising an outlet; a fluid container comprising a substantially cylindrical barrel having an open end and a fluid dispensing end; a connection mechanism extending from the open end of the cylindrical barrel and comprising a fluid path extending from a first end of the connection mechanism to a second end of the connection mechanism in fluid communication with the open end of the cylindrical barrel; a plunger rod configured to be received within the open end of the cylindrical barrel and comprising a first end and a second end extending out of the open end of the cylindrical barrel, the plunger rod dividing the cylindrical barrel into a first chamber between a first end of the plunger rod and the fluid dispensing end of the cylindrical barrel and a second chamber; an intermediate sealing member in sealing engagement with an inner wall of the cylindrical barrel, the intermediate sealing member positioned between the first end and the second end of the plunger rod to form the second chamber; a compressible member extending from the outlet of the fluid-filled cartridge to the open end of the cylindrical barrel and surrounding the connection mechanism; a removable retention mechanism positioned between the outlet of the fluid-filled cartridge and the open end of the cylindrical barrel over the compressible member to prevent the outlet of the fluid-filled cartridge from contacting the connection mechanism, an actuator connected to the fluid dispensing end of the syringe barrel, having a first state in which fluid is prevented from flowing through the fluid dispensing end of the syringe and a second state that allows the fluid to flow through the fluid dispensing end, wherein fluid is transferred from the fluid-filled cartridge to the fluid container by removing the removable retention mechanism and compressing the compressible member such that the outlet of the cartridge is connected to the connection mechanism, thereby providing the cartridge in fluid communication with the fluid path extending from the first end of the connection mechanism to the second end of the connection mechanism in fluid communication with the open end of the cylindrical barrel, and wherein fluid is dispensed by forming a vacuum within the second chamber by enlarging a volume of the second chamber by pulling the second end of the plunger rod away from the open end of the cylindrical barrel, thereby drawing the fluid from the cartridge through the fluid channel and into the first chamber, and switching the actuator from the first state in which the fluid is prevented from flowing through the fluid dispensing end of the syringe to the second state to allow the fluid to flow through the fluid dispensing end. a fluid-filled cartridge comprising an outlet; a fluid container comprising a substantially cylindrical barrel having an open end and a fluid dispensing end; a connection mechanism extending from the open end of the cylindrical barrel and comprising a fluid path extending from a first end of the connection mechanism to a second end of the connection mechanism in fluid communication with the open end of the cylindrical barrel; a plunger rod configured to be received within the open end of the cylindrical barrel and comprising a first end and a second end extending out of the open end of the cylindrical barrel, the plunger rod dividing the cylindrical barrel into a first chamber between a first end of the plunger rod and the fluid dispensing end of the cylindrical barrel and a second chamber; an intermediate sealing member in sealing engagement with an inner wall of the cylindrical barrel, the intermediate sealing member positioned between the first end and the second end of the plunger rod to form the second chamber; a compressible member extending from the outlet of the fluid-filled cartridge to the open end of the cylindrical barrel and surrounding the connection mechanism; a removable retention mechanism positioned between the outlet of the fluid-filled cartridge and the open end of the cylindrical barrel over the compressible member to prevent the outlet of the fluid-filled cartridge from contacting the connection mechanism, an actuator connected to the fluid dispensing end of the syringe barrel, having a first state in which fluid is prevented from flowing through the fluid dispensing end of the syringe and a second state that allows the fluid to flow through the fluid dispensing end, wherein fluid is transferred from the fluid-filled cartridge to the fluid container by removing the removable retention mechanism and compressing the compressible member such that the outlet of the cartridge is connected to the connection mechanism, thereby providing the cartridge in fluid communication with the fluid path extending from the first end of the connection mechanism to the second end of the connection mechanism in fluid communication with the open end of the cylindrical barrel, and wherein fluid is dispensed by forming a vacuum within the second chamber by enlarging a volume of the second chamber by pulling the second end of the plunger rod away from the open end of the cylindrical barrel, thereby drawing the fluid from the cartridge through the fluid channel and into the first chamber, and switching the actuator from the first state in which the fluid is prevented from flowing through the fluid dispensing end of the syringe to the second state to allow the fluid to flow through the fluid dispensing end.