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Surgical robotics is a field of medicine that deals with robotic systems that are used in the performing of surgical operations. The robot-assisted device assists the surgeon by enabling very precise and accurate movements, enhancing accuracy and safety.
It has the capability to manipulate tiny instruments, allowing surgeons to record and evaluate data and visualize the surgery site better.
Surgical robots are very small, but their impact on surgery can be quite significant. They can maneuver and navigate around organs and body cavities that are challenging to reach with traditional surgery methods.
They can also provide enhanced visualization of the surgical field, making it easier for the surgeon to accurately identify and maneuver in specific regions.
Furthermore, surgical robots can be programmed and adapted to perform complex tasks that would normally be difficult or impossible to carry out manually.
The potential benefits of surgical robots in Nigeria are numerous, ranging from improved safety, more efficient operations, and cost-savings.
Implementing surgical robotics into medical practice is expected to reduce errors, increase accuracy of procedures, shorten patient recovery times, make for more precise and faster operations, and lessen the long-term side effects of certain surgeries.
Moreover, increased cost-efficiency of surgical procedures due to the use of surgical robots could lead to improved access to care, better access to specialized services, and more affordable healthcare options.
The NIgeria Surgical Robotics Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Luna, the next-generation surgical robot platform from Asensus Surgical, was unveiled. Luna was created by Asensus as a comprehensive digital surgery solution. It has real-time intraoperative clinical intelligence along with next-generation surgical instruments and a platform.
The last part of it is a safe cloud platform that uses machine learning to provide clinical insights. Luna makes performance-guided surgery possible, as envisioned by Asensus. Luna has haptic feedback and cutting-edge magnification capabilities. To create the optimal system for the surgeon and the operating room team, Asensus added an “extra step.”
Versius®, the next-generation surgical robotic system, will soon be available in Belgium, launched CMR Surgical. The first hospital in Belgium to implement Versius is a regional public hospital in Heusden-Zolder.
They are using it as part of a multispecialty program to make sure more patients have access to minimally invasive surgery. Belgium enjoys the benefits of both a state-of-the-art surgical robotics market and an excellent healthcare system. Versius’s launch offers a huge chance to expand nationwide access to cutting-edge technologies that will enhance patient outcomes and bolster the movement toward value-based healthcare.
To start clinical trials, Johnson & Johnson MedTech stated that it will apply for an investigational device exemption (IDE) for the OTTAVA robotic surgical system to the FDA in the second half of next year.
OTTAVA reinvents the surgical experience by drawing on the many years of leadership in surgery that Johnson & Johnson MedTech has left behind. The system’s goals are to free up space in the operating room (OR), streamline intricate processes, allow for greater clinical approach flexibility, and provide Ethiconinstrumentation’s dependable performance. Four robotic arms are integrated into a standard surgical table by OTTAVA.
Because of its unified architecture, the robotic arms can be hidden under the surgical table when not in use and made available when needed, creating an invisible design.
The design gives surgical teams the freedom and flexibility to adjust to clinical workflows and unique patient needs by removing obstacles to movement and collaboration in robotic operating rooms.
