XNY Medical’s Post

What a time to be alive! Robotic surgery allows surgeons to perform more accurate procedures, decreasing hospital stays and postoperative pain without compromising the surgical outcomes. For one second, just for one second, imagine what we can accomplish by combining this game-changer technology with artificial intelligence. Shortly, we will see IA and robotic surgery enhancing surgeons' abilities, eventually benefiting our patients.

Surgical XR are one of those companies that understand the need for a deep understanding of the problem through both a technology and practitioner lens. Only then can you develop an authentic, complete and sustainable solution to make a positive impact. With Professor Michael Wilson and Terry Carney joined at the hip they have developed a platform that will aggregate and leverage other emerging technologies in medicine to materially address the huge and emerging medical challenges facing the world. Further to an impressive, bootstrapped growth trajectory in Australia and the US they have asked the team at Second Sphere Partners to help accelerate this growth through a #capitalraise and #commercialexpansion. We can't be more excited for them. Drop us a line if you want to know more. #rightthingsdoneright #surgicalxr #theangelsangel

The field of surgery has undergone a remarkable transformation with the advent of advanced robotic technologies, leading to a new era of precision and minimally invasive procedures. Robotic-assisted surgery has revolutionized the way surgeons approach complex operations, offering unprecedented levels of accuracy, control, and patient outcomes. This essay delves into the role of advanced robotic technologies in enhancing precision and minimizing invasiveness in surgical procedures, exploring the benefits, challenges, and future potential of this cutting-edge approach to medicine. https://lnkd.in/d2aT9HFu

"Thrilled to have earned my certificate from the Global Robotic Surgery Summit! 🌐🤖 Excited to leverage new insights and advancements in robotic surgery to enhance patient care and surgical outcomes. #RoboticSurgery #MedicalInnovation #ContinuousLearning"

Robotic surgery is no longer sci-fi, with a booming $18 billion market led by Intuitive Surgical, Medtronic, and Johnson & Johnson. Dr. Andrew Shapiro highlights the da Vinci 5's "force feedback" feature, enhancing surgical precision and reducing tissue damage. As the FDA approves the latest robotic systems, the debate over their role in surgery is fading. Discover why Dr. Shapiro believes surgeons must embrace this tech to stay ahead. Read the entire Investors.com article using the link below: https://lnkd.in/g9VXF-6B

With articulated fully-wristed instruments—combined with stable and enhanced 3D HD vision—#Versius allows for high levels of precision and control, supporting surgeons to perform more complex procedures laparoscopically. Prof. Mohamed Diaa Sarhan, Professor of General and Bariatric Surgery at Cairo University shares how the precision provided by #Versius has enriched their surgical practice. "The #Versius robotic system has revolutionised our surgical practice. Its state-of-the-art technology provides unmatched precision, significantly reducing recovery times with low complication rate. Versius stands out with its unique design and seamless integration into our surgical procedures, encourages going from stapled to hand sewn anastomosis and provides clear communication with the bedside team. The experience with Versius has been incredibly positive, elevating our standards of care." #TransformingSurgery

Pre-op planning is very crucial in THA surgery. Canal fit and Stem version make up the perfect anatomical fit per each patient. Whether you use digital software, robots, or navigation devices, pre-op planning leads to better THA outcomes.

🤖 Developing and commercializing a surgical robotic platform is inherently complex, requiring technical innovation and a profound understanding of the needs of surgeons, operating room staff, and healthcare facilities. In order to reach broad adoption, one major challenge lies in designing a system that can support high-acuity procedures while being adaptable to a wide range of minimally invasive surgery approaches. 🧠 Similarly, incorporating AI-powered features into medical product is hard. It generates questions and challenges around how to get those features through regulatory approvals, data ownership, model trustworthiness and representativity, etc. 🎯 So when you try to do both - building and launching a surgical robot as well as enriching it with digital capabilities - you better be focused and deliberate about what your approach is. 🤝 Here is, in a nutshell, how we view this at Moon Surgical. It boils down to the product-market-fit, with a broad definition of what we believe our "product" is : a platform, a commercial offer, a digital ecosystem, a new way of performing surgery... ultimately building and leading a new category in surgery. Inspired surgery. Jeffery Alvarez David Noonan Viola F. Anne Renevot Josh Christensen Eric Ermenault Sofinnova Partners MD Start #HelloMaestro #InspiredSurgery #SRS2024

Cornerstone Robotics, bringing its independently developed Sentire robotic endoscope for surgery, participated in the MRC Symposium 2024 held in Hong Kong, providing experts to experience a test drive and observe top international clinical doctors perform operations. Professor Samuel Ou, founder and CEO of the company, analyzed how surgical robot technology is becoming a key cornerstone for improving the accessibility of minimally invasive surgery and introduced the strengths, clinical progress, and broad application prospect of the independently researched and developed Sentire robotic endoscope. He pointed out that the development of minimally invasive surgical technology comes from the catalyst of clinical demand, a wide scope of applications, and similar factors. #QMportfolio #QMhealthcare #surgicalrobots #cornerstonerobotics #Sentire #MedicalRoboticInnovation #MinimallyInvasiveTechnology #ClinicalInnovation

Ever imagined doing surgery on a beating heart? Not only is it extremely challenging due to the fast and irregular movements of the heart, but the manual use of tools can lead to surgeon fatigue. As an alternate to risky arrested heart operations (where the heart is stopped), Dr Lingbo Cheng a researcher in HMRI's Surgical and Perioperative Care Research program has been developing a sophisticated way to conduct beating heart surgery with telerobotic control systems. One of only a few researchers in the world studying this area, Dr Cheng's long-term goal is to establish a telerobotic lab here in the Hunter to integrate robotic systems into operating rooms, empowering surgeons with advanced tools to amplify their skills and improve patient care. Learn more about these advancements here https://okt.to/t3RAsd