Transforming surgery with Versius: bringing robotic assisted surgery to patients worldwide
May 24, 2024
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CMR Surgical leaders discuss how Versius robotic system addresses healthcare challenges. They emphasize collaboration between technologists and clinicians to drive innovation. The episode explores the system's intuitive control, compact design, and future advancements.
Versius Robot offers minimal lateral pressure on the skin, enhancing patient comfort.
Versius's modular design allows for versatile use across multiple specialties and clinical settings.
CMR Surgical focuses on continuous innovation to incorporate new technologies and enhance surgical outcomes.
Deep dives
CMR Surgical Founding Story and Mission
CMR Surgical was founded in 2014 by technical consultant Luke, inspired by the need for better minimal access surgery tools. Co-founder Mark, a former clinical academic, recognized the limitations of conventional surgery methods. Together, they aimed to create a robotic system that could enhance surgical capabilities and accessibility globally. The company's mission focuses on improving surgical procedures by providing a versatile and clinically proven system that can adapt to various specialties and clinical settings.
Versius Robot: Design and Clinical Benefits
The Versius Robot developed by CMR Surgical is designed with fully flexible robot arms and advanced software control, ensuring precision and ease of use for surgeons. The system offers stereo vision from an endoscope, fully-wristed instruments, and minimal lateral pressure on the skin during surgery, reducing patient discomfort. Versius fits seamlessly into the clinical workflow, allowing for laparoscopic and robotic procedures, with the ability to transition between both methods as needed, promoting greater surgical efficiency and patient outcomes.
Modularity and Versatility of Versius
The modular design of Versius enables its use in a wide range of specialties and procedures, making it adaptable to different clinical environments. Its compact and portable base allows for easy setup and movement within the operating room, minimizing workflow disruptions. The system's versatility and ability to perform a diverse range of procedures efficiently contribute to its widespread adoption across various hospital settings, from teaching institutions to smaller private hospitals.
Technological Advancements and Future Prospects
CMR Surgical continues to evolve Versius by incorporating new technologies like ICG and advanced energy instruments. The system's software-defined architecture allows for ongoing enhancements based on clinical insights and telemetry data. Future developments may include AI, VR, and AR applications to further enhance surgical training, skill assessment, and patient outcomes. The company's focus on continuous improvement and digital integration positions Versius as a frontrunner in the evolving landscape of surgical robotics.
Market Trends and Expansion Strategies
CMR Surgical anticipates a growing demand for surgical robotics globally, driven by increased market penetration and acceptance in emerging regions. The company's emphasis on affordability, clinical benefits, and adaptable business models align with market trends favoring modular and versatile robotic systems. With a strong foundation in clinical validation and expanding regulatory approvals, CMR Surgical aims to establish Versius as a leading solution for diverse surgical specialties, paving the way for broader adoption and advancements in the field.
In this episode of the DeviceTalks Weekly Podcast, we’ll replay our Day 2 opening keynote at DeviceTalks Boston with three senior leaders from CMR Surgical, creator of the versatile Versius surgical robotic systems.
Co-Founder Mark Slack, MD, now CMO, and Luke Hares, now CTO, identified several problems facing the healthcare system and explained why they saw surgical robotics as the solution. Longtime Medical Device Leader Supratim Bose, now CEO of the company, lends his insights in how Versius can fill a huge need for healthcare systems and hospitals.
This episode is sponsored by Qt Group. Listen to understand how they can help your medical device development or go to Qt.io for more information.
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