MIT jet-injector provides a needle-free alternative to medicine delivery
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The core of the jet-injection device, which uses a Lorentz-force actuator to deliver a rnage of doses at various depths (Image: MIT BioInstrumentation Lab)
Article Summary
Those of us with an aversion to needles can soon go to the doctor with a little less trepidation. That is if a new device developed by a team of MIT researchers becomes available at your local medical facility. The device uses a Lorentz-force actuator to create an adjustable high-pressure jet that is ejected out of a nozzle as wide as a mosquito's proboscis, penetrating the skin to deliver highly controlled doses at different depths.
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