Although consumables for existing Infusion pumps and Syringe pumps are classified as assessment unavailable; however, in August 2018, Cylinder cartridge, a consumable of cylinder pump, was classified separately.

Thus in August 2018, a number of major university hospitals have approved the Demo at a university hospital and have decided to perform demos at a number of university hospitals.

One of demo performed hospital decided to purchase the cylinder pump - Anyfusion, and another university hospital purchased Anyfusion and currently using it for research purpose before the cylinder cartridge is determined as separate classification.

Except Korea, Indonesia has already begun importing, and registration to Saudi Arabia and Iran are on process.

In the domestic university hospital, it is confirmed during the demo process that the original technology of the cylinder pump - Anyfusion shows effectiveness in a new area.

In addition to not only solving the accuracy problem of the existing pumps, it is possible to inject infinitesimal amount from a very small amount, to prevent infections and pollution, to inject optimal drug into diluted undiluted solution, to improve treatment efficiency, and to save a large amount of national enactment by reducing patient and industrial medical expenses.

The use of syringe pumps limits the capacity of syringes. As a result, it is inevitable to distribute or dilute the drugs.

In domestic and international situations, it is necessary to discard drugs due to contamination and infection.

Given the global market size, we have been able to reduce drug losses from several trillion won to several trillion won annually.

In order to minimize toxicity and side effects, injection performed by diluting other drugs or steroids with severe side effects. If the drug is administered after pre-administration, the cylinder pump will not dilute the drugs or administer pre-neutralization drugs Precise and accurate infusion of minute amounts of undiluted solution to patients Improved adaptability to the drug, and then the drug solution can be administered step by step.

In the future, it is expected that the frequency of use on cylinder pumps will increase and thus find validity and usefulness more.

Proposed data on safety, efficacy, and usefulness to prevent infection and save money. Suggest to the HEDA (Ministry of Health and Welfare) and the Ministry of Health and Welfare, and switch to a salary policy that can provide economic benefits to patients and industrial complexes by using cylinder pumps. We will seek to become a global leader drug infusion pump by systematizing the real world reference, reporting to more data acquisition society, and promoting various clinical and nursing staffs worldwide to recognize and use it. We also aim to maximize the medical and economic effects by increasing the treatment efficiency and saving the medical expenses through the injection of the smart pump,

As an example,

1. When using a syringe pump, if the drug container is 100 cc, dose only 40 cc, which can fill the syringe, and 60 cc should be discarded. At this time, the patient and the insurance agency pay the fee for 100 cc of drug.

2. Intensive ICU intensive long-term drug injection is required. If the same 100cc container is used per injection, only 40cc is discarded after use. When the cylinder pump is used up to 60cc, which is inevitable due to the structural problem of the conventional pump, all 100cc dosing saves patient and industrial costs

3. If 100cc container drug is administered to long-term inpatient patient 5 times a day, 200cc dose of 200cc can be administered. Dispose of Drugs. Patient and industrial cost savings

4. The patients who operated in the operating room need to be able to switch to the Infusion Pump after switching to the Infusion Pump after a certain degree of recovery,

We will share more of Anyfusion's usefulness in the real world.

Thank you.