A non-contact micro-droplet dispenser, comprising: a support; a valve; a gas injection assembly supported by the support, including: a gas manifold having a gas nozzle and a nozzle opening configured to eject a gas stream so that the gas stream travels through a travel path; a pressurized gas supply line fluidly connected with the gas nozzle and controlled by the valve; a liquid delivery assembly including: a liquid manifold supported by the support; a dispensing probe having a tip positioned in the travel path; a controller operably coupled with the valve; a liquid pump operably coupled with the controller and fluidly connected with the dispensing probe, the liquid pump configured to deliver a volume of liquid thereto so that at least one micro droplet is formed at the tip; and wherein the gas stream is configured to exert downward force on the micro droplet associated with the tip so that the micro droplet separates from the tip and is carried through the travel path by the gas stream; a target vessel positioned at a distance below the tip and having a target opening positioned so as to intersect the travel path, and wherein the substantially laminar gas stream is configured to inject the micro droplet into the target opening; a temperature control system regulating a temperature within the target vessel to a predetermined temperature, characterized in that the temperature control system has temperature sensors, wherein the temperature sensors are positioned so as to detect the temperature inside the target vessel, at the target opening, and just above the target opening. a support; a valve; a gas injection assembly supported by the support, including: a gas manifold having a gas nozzle and a nozzle opening configured to eject a gas stream so that the gas stream travels through a travel path; a pressurized gas supply line fluidly connected with the gas nozzle and controlled by the valve; a liquid delivery assembly including: a liquid manifold supported by the support; a dispensing probe having a tip positioned in the travel path; a controller operably coupled with the valve; a liquid pump operably coupled with the controller and fluidly connected with the dispensing probe, the liquid pump configured to deliver a volume of liquid thereto so that at least one micro droplet is formed at the tip; and wherein the gas stream is configured to exert downward force on the micro droplet associated with the tip so that the micro droplet separates from the tip and is carried through the travel path by the gas stream; a target vessel positioned at a distance below the tip and having a target opening positioned so as to intersect the travel path, and wherein the substantially laminar gas stream is configured to inject the micro droplet into the target opening; a temperature control system regulating a temperature within the target vessel to a predetermined temperature, characterized in that the temperature control system has temperature sensors, wherein the temperature sensors are positioned so as to detect the temperature inside the target vessel, at the target opening, and just above the target opening. a gas manifold having a gas nozzle and a nozzle opening configured to eject a gas stream so that the gas stream travels through a travel path; a pressurized gas supply line fluidly connected with the gas nozzle and controlled by the valve; a liquid delivery assembly including: a liquid manifold supported by the support; a dispensing probe having a tip positioned in the travel path; a controller operably coupled with the valve; a liquid pump operably coupled with the controller and fluidly connected with the dispensing probe, the liquid pump configured to deliver a volume of liquid thereto so that at least one micro droplet is formed at the tip; and wherein the gas stream is configured to exert downward force on the micro droplet associated with the tip so that the micro droplet separates from the tip and is carried through the travel path by the gas stream; a liquid manifold supported by the support; a dispensing probe having a tip positioned in the travel path; a controller operably coupled with the valve; a liquid pump operably coupled with the controller and fluidly connected with the dispensing probe, the liquid pump configured to deliver a volume of liquid thereto so that at least one micro droplet is formed at the tip; and wherein the gas stream is configured to exert downward force on the micro droplet associated with the tip so that the micro droplet separates from the tip and is carried through the travel path by the gas stream; a target vessel positioned at a distance below the tip and having a target opening positioned so as to intersect the travel path, and wherein the substantially laminar gas stream is configured to inject the micro droplet into the target opening; a temperature control system regulating a temperature within the target vessel to a predetermined temperature, characterized in that the temperature control system has temperature sensors, wherein the temperature sensors are positioned so as to detect the temperature inside the target vessel, at the target opening, and just above the target opening.