gmProjects’ Post

Advancing Precision in Microsurgery with the RoboticScope Robot-assisted procedures are making significant strides in surgery, especially in microsurgery, where precision and ergonomics are paramount. A recent preclinical study sheds light on the advantages of combining the RoboticScope with the MMI Symani® Surgical System. Dive into the details of this study and discover the future of robotic-assisted surgery. #RoboticScope #Microsurgery #HealthcareTech #PrecisionMedicine #MMI #Symani

The HelpMeSee Simulation-based Training Program is a cataract surgery training platform using #virtualreality simulations that provides competency-based surgical education for practicing #ophthalmologists. With best-in-class technology, the HelpMeSee Eye Surgery Simulator replicates the intricacies of the ocular anatomy to deliver high-fidelity spatial, visual, and tactile surgical realism in a risk-free environment virtually indistinguishable from an actual #cataract surgical field. https://lnkd.in/d-z_gvJ

Rob Morgan enjoyed the insightful panel discussion at the Future of Surgical Robotics webinar, covering topics such as Artificial Intelligence, telepresence, haptics, open platforms, autonomous robotics, and Augmented Reality. It is so important for engineers to hear directly from surgeons and to collaborate with surgeons, so the right solutions can be developed for patients in partnership. Key takeaways were the: - Drive towards ‘precision surgery’ as a goal beyond ‘minimally invasive surgery’: targeted, specific and tissue preserving surgery - Complexity of training provision as the diversity of robotic systems from different manufacturers increases and hence the value of standardisation - Continued interest in having haptics in robotic systems comparable to open surgery - Importance of maintaining proficiency in open surgical techniques for when a case needs to be converted from robotic to open - Interest in greater robotic functionality that makes surgery safer: robotic systems that automatically brake or alarm to avoid damage to critical tissue structures - Growing consensus of the benefit of open surgeon consoles in allowing better communication with the OR team At Sagentia Innovation, we work in all of these areas of surgical robotics. If you have any technology or product innovation challenges, please email info@sagentiainnovation.com to arrange a meeting with the Surgical team. Surgery International #Surgical #SurgicalRobotics #RoboticSurgery

Part 4 of this insightful video series on HERNIA ANATOMY is to simplify the essential concepts relevant to hernia anatomy for medical and surgical students preparing for NEET PG exams as well as for surgeons! 📚🔍 Gain valuable insights crucial for exam success and for laparoscopic hernia or open hernia surgery. Elevate your understanding! #NEETPGPrep #MedicalStudents #SurgicalEducation #HerniaAnatomy #MedicalEducation #HealthcareInsights #anatomy https://lnkd.in/dRtky93K

🚀🤖 Surgeon Demonstrates Precision with Robotic Arm by Folding Paper Crane 🤖🚀 A surgeon has taken laparoscopic surgery practice to a new level by using a robotic arm to fold a paper crane, showcasing the precision and potential of robotic-assisted surgery. This groundbreaking demonstration highlights how such technology can enhance surgical accuracy, improve patient outcomes, and redefine the future of medical procedures. As we explore the frontiers of medical technology, robotic-assisted surgery emerges as a key player in advancing patient care. What are your thoughts on the future impact of robotics in surgery? #RoboticSurgery #MedicalInnovation #SurgicalPrecision #FutureOfSurgery #HealthcareTechnology Sam O'Leary Nathan Upton Nathan Read Alan Ling Jowell Grandison

Early and mid-career cataract surgeons, this new course is for you. Learn how to successfully implement the business side of advanced-technology IOLs at the ASCRS Business of Refractive Cataract Surgery Summit https://bit.ly/3RuE68I

#dynamicnavigation #implantsurgery is an alternative guided surgical approach that uses real-time surgery with virtual radiographic imaging that shows the #dentalimplant trajectory and can be particularly beneficial for #zygomaticimplant placement. This article from the latest issue of #theJPD analyzes the accuracy and reliability of this technology in novice surgeons and expectations for training efficacy: https://lnkd.in/gsyrQeUs

Taking a step further on surgical training and education, we introduce a module that helps identify common surgical inaccuracies performed by surgeons, and methods to those by re-performing the corrective steps. Have a look at the glimpse of the same

This article explores how surgical instruments interact with magnetic navigation systems in craniofacial surgery, shedding light on their impact on precision. By examining tools like electrosurgical systems, forceps, and scissors, it reveals how they can affect navigation accuracy. Through experiments, it unveils the subtle interplay between instruments and magnetic fields, offering valuable insights for surgeons. With this understanding, clinicians can optimize instrument placement and enhance surgical precision. It's a fascinating dive into the fusion of tradition and technology shaping the future of surgical navigation. https://lnkd.in/g7RfG9xH

Advancing intraocular lens implant technology from monofocal - 1 point of sharp visual resolve (usually corrected for distance, use eyeglasses for intermediate and near) bifocal - 2 points of sharp visual resolve (corrected for distance, intermediate and eyeglasses for near) trifocal - 3 points of sharp visual resolve Now, there is pentafocal - now with 5 points of visual resolve Excited to have this technology, Intensity.