The Anyfusion cylinder pump allows for real-time visualization of trace or ultra-trace amounts of drugs.

Also, Busan B University Hospital studied the prevention of medical accidents caused by syringe pumps that cannot be checked with the naked eye.

Syringe pumps, used to infuse trace or ultra-trace amounts of medication, are primed mechanically by mounting a syringe filled with medication to the pump or primed by pushing the plunger of the syringe by hand and then mounted to the pump. 

For premature or low birth weight infants weighing less than 1 kg, syringe pumps were used to deliver medication accurately to two decimal places (e.g., 0.05 ml/hr). A two decimal place amount is 0.5 ml of medication in a drop that falls into the hydration set chamber during a ringer fit. One-tenth of that drop is 0.05 ml, which is an extremely small amount of water vapor. The infusion of nutrients and other medications are given in (extremely) small amounts, depending on the child's weight, illness, and growth rate.

It is not an exaggeration to say that infusion pumps are a gap technology in precision medicine, which requires accurate and error-free infusion with pumps and syringes that can inject extremely small amounts. Current motor and reducer pump technology does not allow for real-time, quantitative, and accurate infusion, so the motor is run intermittently. For example, it is a technology that runs the motor to inject 0.008 ml, stops, and then runs the motor to push the plunger to inject 0.008 ml after a certain period of time, injecting 0.05 ml per hour at a rate of 1.2 ml (24 drops) per day.

Through this study, it was found that Infusion and Anyfusion cylinder pumps have the ability to accurately move a quantitative amount from A to B in real time by rotating the syringe's linear motion, and the Anyfusion cylinder pump has the ability to drop drug drops from the chamber in A like an infusion pump, and to push the drug drops from B more accurately than a syringe pump in real time, which is impossible for a syringe pump, and can be checked in real time with the naked eye, and it is the Anyfusion cylinder pump that can detect inaccurate injection due to pump error or poor set.

Although there are many competing factors, this study led to the decision to use the Anyfusion cylinder pump because of its ability to solve the problem of medical errors in neonates, premature and low birth weight infants, as well as critical patients and anesthesiologists who cannot visually confirm trace or ultra-trace infusions and rely on the electronic function of the monitor.

Since syringe pumps inject drugs by pushing the syringe, it is not possible to visually check the amount of syringe prong movement even if you observe for a long time when injecting (extremely) small amounts, so it is not possible to know whether the drug is injected normally or not due to a pump error or a bad set. However, most medical staff believe that the amount displayed electronically on the pump display is the amount that is being injected normally, but it is a medical accident that occurs because it is not injected, which threatens the growth and life of premature and low birth weight infants in the NICU, and shock and various numerical instability occur in the ICU and anesthesiology department, etc.

This feature is a healthy growth and treatment technology for premature babies, low birth weight babies, critically ill patients, and anesthesia patients, and is expected to become a necessary equipment to replace both infusion pumps, as well as syringe pumps that cannot confirm infusion, which solves the fundamental safety problem of syringe pumps in all medical institutions. 

As a market point for this Anyfusion cylinder pump innovation, secondary hospitals Incheon and Bucheon S Hospital and Daejeon S Hospital are also considering introducing cylinder pumps, and Cheonan S University Hospital, Gangneung A Hospital, major hospitals Seoul Gangbuk S Hospital, Seoul A Hospital, Seoul National University Hospital, etc. have decided to purchase or are considering purchasing, and it is expected that when the medical crisis ends in May and normalization is restored, the active marketization of cylinder pumps sold in 2024 will be about 1,000 units or more. The Department of Medical Engineering at Yangsan B University Hospital was also introduced to the Department of Medical Engineering at Daegu K University Chilgok Hospital.

Thank you.