Top benefits of an automated medication dispensing system

jessica smith 0

These systems provide many benefits, from reduced dispensing time for pharmacists to improved patient adherence. Reducing the time it takes for the pharmacist to dispense medication helps hospitals reduce waste and improve patient care. In addition, the technology used to manage inventory in automated dispensing cabinets helps nurses minimize the amount of time spent waiting for medication to arrive. And, because they can see precisely where each medication is stored, they can ensure that all medicines are available and in good condition.

Reduces pharmacists’ dispensing time

New technologies have replaced dedicated console boxes, and the latest cabinets can be controlled remotely with a virtual console, allowing pharmacists to log on from any computer. These systems also increase the pharmacy’s efficiency by enabling pharmacists to change the automated cabinet immediately, reducing the time it takes to dispense medication.

An automated patient-dispensing system is programmed to release drugs and devices to patients only after obtaining informed consent. The system must also provide a mechanism to identify patients and ensure safe medication delivery. However, it is essential to remember that the automated system should not interfere with a pharmacist’s clinical services. Pharmacists need to perform consultations and drug utilization reviews during the dispensing process.

Improves patient adherence

The benefits of using an automated medication dispensing system are Physicians can focus on patient questions and advice. Additionally, pharmacists can avoid time-consuming paperwork and other obstacles that could slow down patient adherence. An automated medication dispensing system can also help physician practices improve transparency and price transparency among patients. The patient experience is more pleasant when their medication costs are spelled out.

Automated medication dispensing systems from have the potential to reduce the cost of non-adherence to medications by improving prescription fill rates and reducing downstream costs associated with non-compliance. Additionally, the automated systems can coordinate with other elements of a patient’s regimen, such as dietary supplements and physical therapy. 

Convenient factor 

Adding team-based care to the prescription process has also improved adherence rates. For example, pharmacist-led medication reconciliation and collaboration with the primary care provider and cardiologist can improve adherence rates. With the e-prescribing software, the pharmacy can review their current medications with patients and identify any barriers to medication adherence. In addition to improving compliance, this technology can also help improve the patient’s comfort level and satisfaction.

As adherence improves, costs reduce. Effectively engaging patients and their care teams will enhance patient adherence and reduce overall health care costs. Pharmacists can improve patient outcomes and motivate their team. It is a win-win situation for everyone involved, and the clinical rewards can be substantial. The pharmacist’s role is crucial in improving patient care. 

Reduces medication errors

The advanced prescription system links with external services and can double-check the contents of a patient’s prescription, alerting the clinician of any discrepancies. This system can also dispense medications from secure automated cabinets, with the name and dosage of each medication being checked against the eMAR. Furthermore, the system can connect with point-of-care barcoding systems, ensuring electronic matching of medication to a patient’s medical record.

Numerous studies prove the effectiveness of automated medication dispensing systems. These systematic reviews and analyses have compared the accuracy of various drug distribution systems. They also identified the factors contributing to error rates and the effectiveness of error detection methods. In addition, the studies have revealed how the automated system reduced the total number of errors and improved user satisfaction. Overall, these studies show that an automated medication dispensing system reduces medication errors by about five percent in one year.

Reduce their staffing costs 

The DTC model of an automated medication dispensing system is promising. This method has helped hospitals reduce their staffing costs by six percent. Additionally, it increased nurses’ satisfaction with pharmacy services. The DTC model is still being tested, but it may be the answer to overcoming a communication barrier and improving patient care. But the results from this study do not show whether or not the DTC improves the pharmacy’s workload. Perhaps the solution is to provide an electronic device to DTC staff on the floor to process medication requests.

Nurses’ workload is another area where automated dispensing cabinets can help. By increasing nurses’ efficiency and increasing staff satisfaction, ADCs can help reduce the risk of medication administration errors. ADCs can also help prevent the diversion of controlled drugs and improve the efficiency of nursing staff. Besides improving nurse productivity, the automated system also helps control illegal drugs and improve the safety of patients.