While robotics might have at one stage been the work of science fiction, it’s becoming an increasingly vital aspect of our lives, something that we rely on everyday – sometimes without even realising it.
One of the most vital industries in which robotics is being used more than ever before is the healthcare industry.
Engineers and doctors work together to help improve patient care and allow for more complex procedures to be completed with less risk.
If you’re considering a career in either robotics or biomedical engineering, then check out UCAS to discover the available universities offering degree programmes that will help you kick start your future.
Want to learn more about how robotics is contributing to patient care? Here are just six ways that robotics are revolutionising the healthcare industry.
1) Surgical Precision
Surgery, no matter how small, always comes with risks, and some of those risks can be down to simple human error.
Robotics engineering has enabled the development of surgical systems that offer enhanced precision, dexterity, and control during complex procedures that would otherwise be too risky for surgeons to attempt.
Surgeons can also perform surgery with less invasiveness to a patient, while still maintaining accuracy; resulting in reduced trauma, faster recovery times, and improved outcomes.
2) Rehabilitation and Therapy
Robotics plays a crucial role in the field of rehabilitation and therapy. Advanced robotic exoskeletons and prosthetics assist individuals with impaired mobility, helping them regain strength, coordination, and independence.
However, the World Health Organization estimates only 1 in 10 of those in need of assistive products, such as prostheses, have access to them. This makes the development of these assistive aids essential.
These technologies allow for an improved quality of life and a more personalised and intensive rehabilitation programs, all facilitating a faster recovery.
3) Telemedicine and Remote Surgery
Robotics engineering has facilitated telemedicine and remote surgery, particularly in remote or inaccessible areas.
Surgeons can use robotic systems to perform surgeries from a distance, with the help of high-speed internet connections and real-time video feedback.
This innovative technology allows patients to receive specialised care without the need for physical travel.
4) Automation in Healthcare Facilities
Robotics engineering has introduced automation in various healthcare tasks, such as inventory management and logistics.
Robots can accurately sort and track inventory levels and perform repetitive tasks. This helps to free up the time healthcare professionals who already have immense workloads, allowing them to focus on more critical patient care tasks.
5) Assisting Caregivers
Robots are being developed to assist healthcare providers and caregivers in tasks like patient monitoring and lifting.
These robotic installations can help to alleviate the workload on caregivers and improve their safety as well as the safety of their patients.
6) Precision Medication Delivery
Robotics engineering has enabled the development of precise medication delivery systems. These devices can accurately administer medications, ensuring the correct dosage and timing for patients.
This technology helps to reduce the risk of human error in administering complex medication treatments.
Ensuring that these robotic advancements are crafted with the highest quality materials is essential for their success, and experts such as Accu specialise in a wide range of engineering components that allow biomedical engineers to improve their machinery.
Do you have experience in biomedical engineering and robotics? Share your stories in the comments below!
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