The global pharmacy automation market is segmented based on end users and type. Depending on the category, the global marketplace is further segmented into artificial intelligent pill handling machines, automatic labeling and dispensing machines, refrigeration and analytical machines, automatic drug preparation machines, point of sale machines, and mobile instrumentation machines. On the other hand, there are also segmented according to application, such as general merchandising, pharmaceuticals, visual processing, non-drug, and blood drives. Each of these applications may require a different set of technology.
However, most pharmaceutical automation applications in the USA to focus on filling prescriptions and delivering medicines in hospitals, clinics, offices, or health care facilities. With the advent of internet technology, several organizations are now offering pharmacy automation solutions to enhance workflow and improve patient care. This method is especially useful for clinical pharmacies that process hundreds of prescription filled by physicians or other licensed personnel. A well-implemented pharmacy automation system can eliminate the need for human associates who manually fill prescriptions. It will also allow for efficient patient tracking, reducing insurance claims and errors due to clerical errors.
With the ever-increasing healthcare costs, adoption of pharmacy automation can also provide a cost-effective solution. Since automated machines can perform the tasks traditionally performed by pharmacists and technicians, costs incurred during the process can be reduced. Implementing automated systems requires not only training for pharmacists and technicians but also some form of professional certification. This will enable pharmacists to perform all tasks related to medicine related procedures with minimal supervision. Automation has brought about significant advancements in the field of pharmacy. As a result, it has become necessary for pharmacists to update their skills and knowledge regarding pharmacy automation.
One of the most prominent changes resulting from pharmacy automation is the simplified dispensing of antibiotics. Now, instead of waiting for patient orders to be filled before administering antibiotics, the system will determine the appropriate dosage based on patient conditions. This simplification has been accompanied by other healthcare improvements. For instance, a single pill may be dispensed for a single patient, thereby reducing waiting time and enabling more efficient collection of medications.
Another important advancement in the field of pharmacy automation is the implementation of robotic pharmacy equipment. Robotic machines are now widely used in hospitals, clinics and in the pharmaceutical industry. Some variants of this technology are FDA approved and are used in some pharmacies. However, a drawback of this technology is its inability to diagnose and treat infections. Nonetheless, new robotic machines that incorporate artificial intelligence have already been released to the market and are designed for routine and long-term medical dispensing.
Another innovation concerning automated machines for medication dispensing is the use of robotic dispensing systems. These machines allow the doctors and pharmacists to easily identify and administer medications. The machines have the ability to assess a patient’s condition and prescribe medicines that may best address his or her needs. Another innovation includes the introduction of robotic delivery systems that bring medications to the patients in their homes. These systems have been designed to deliver medications via regular prescriptions delivered via email.
The introduction of pharmacy automation systems has meant that pharmacists no longer need to go to the office and physically pick medications. They can now access information about the medicine through computerized databases and order them online. This allows them to seamlessly manage patient care, eliminate errors and increase the productivity of the staff by reducing the workload. Pharmacy automation systems not only enable pharmacists and technicians to dispense medication at a faster rate but also reduce the costs associated with medication administration. A good automation system will not only save the pharmacist time, but also money, as well as allowing him or her to concentrate on other important aspects of patient care such as monitoring the condition of the patients and ensuring that all drugs prescribed are being administered.
Another benefit of using pharmacy automation technology is that it eliminates the need for human administrators and technicians. The process is usually self supervised, which results in less administrative costs for the pharmacist. Some experts believe that over the next decade, there will be a significant amount of savings because the number of people employed in drug stores and medical spas will be on the decline. However, it is important to note that although automation will reduce the number of employees, there will always be a need for human administrators to approve, refuse, refill and update prescriptions.