Updated: Aug 1
Robotic automation has opened up many possibilities in healthcare, with advancements that are changing the way healthcare services are delivered. Robotic automation healthcare technology encompasses a range of bots and automated systems that perform tasks previously performed by humans. Over the past few years, robotic automation has become prevalent in healthcare, offering exciting potential benefits for surgeries, drug delivery, and data collection.
Advancements in Robotic Automation:
Nursing and Surgical robots
Robotic nursing is expected to revolutionize how elderly care, rehabilitation, and nursing care are delivered. Surgical robots, on the other hand, provide immense value to Surgeons, especially when performing intricate surgeries like those performed by neurosurgeons.
Automation in the laboratory testing process brings accuracy and consistency that reduces human error. It helps to streamline the process, making it dexterous, with different input and output devices integrated with the system. This increases productivity and quality health care delivery.
Targeted medication delivery Automated medication equipment allows hospitals and patients to have exact medication dosages without human errors or unnecessary delays. Automated medication doses enable safer drug infusion for patients and offer targeted delivery to the target cell.
Benefits of Robotic Automation in Healthcare
Robotic automation in healthcare has proved beneficial by improving accuracy and reducing the likelihood of human error. Robots are programmed to act according to set parameters and instructions without human intervention. This increases the probability of consistent treatment by healthcare providers across different patients.
Robotic automation in healthcare ensures that treatments are more efficient and accurate, reducing overall healthcare costs. The consistent nature of robotic automation makes procedures less prone to common human errors, lowering drug administration mistakes and improving overall treatment processes.
Robotic automation in healthcare lessens the risk of common human errors, including medication overdoses or under doses, and allows medical professionals to provide high-quality care. With robots programmed to act within certain parameters, this results in increased efficiency and reduces the likelihood of human errors in coordination with robot-assisted patient care.
The use of robotic automation in healthcare improves medical professionals' ability to deliver quality services, e.g., through robotic-assisted surgical interventions, allowing for minimally invasive surgery that leads to a shorter recovery time. Patients benefit from various robotic services, which stimulates the body to heal itself to reduce or supplement the individuals' overall healthcare needs.
Challenges and Roadblocks to Implementation
Cost and labor shortage One of the significant hindrances to the implementation of robotic automation in healthcare has been the initial cost of purchasing, training and integrating the robots into existing medical procedures; however, this cost is expected to decline over time. Another issue has been the shortage of labor and specially trained professionals needed to operate automated systems in healthcare.
Resistance to change Patients and physicians have been known to resist changes in traditional healthcare deliveries, viewing them as 'de-humanizing' aspects of healthcare. The claim is that the reliance on automated systems reduces human interactions between healthcare professionals and patients and negatively impacts healthcare's overall experience.
Potential job loss Robotic automation in healthcare runs the risk of automating routine procedures that would have been performed by healthcare professionals. Some believe that this will lead to job losses in the healthcare sector and that automating healthcare and pharmaceutical delivery may negatively impact the healthcare professional job market.
Autonomy in decision making When it comes to the ethical considerations of using robotic automation in healthcare, the issue of autonomy arises. Robotic automation in healthcare ensures that procedures are repetitive and consistent, according to strict set parameters; however, this reduced autonomy may reduce patients' chances of making decisions about their care process.
Patient data privacy Automation in healthcare involves data management and analysis. While these systems have benefits for healthcare delivery, they pose data privacy risks, as patient data increasingly have value for various parties.
Future of Robotic Automation in Healthcare:
Development of robots that can perform more complex tasks With the rapid improvements and developments daily, the potential future for robotics automation in healthcare is enormous.
The ability of robots to operate within closed environments and ability for quicker decision-making processes through machine learning and artificial intelligence systems enables an exciting future for leveraging several technical processes of handling critical health care information.
Robots that can be controlled remotely by doctors or surgeons One of the anticipated future issues in robotics automation in healthcare is the development of robots that can be operated remotely by medical professionals, allowing them to offer medical care from a distance, offering medical services from expert and experienced physicians with ease of access and more convenience.
The applications of robotics automation in healthcare are vast, from minimally invasive surgeries to automating laboratory procedures. With the positive impacts of robotic automation in healthcare such as lowered costs, increased efficiency, and significant improvements in healthcare delivery and patient outcomes, we can factor in the rapid progression every day for medical professionals.
Robotics Tomorrow. (2022). How robots are redefining health care: 6 recent innovations. https://www.roboticstomorrow.com/story/2022/03/how-robots-are-redefining-health-care-6-recent-innovations/18339/