SS Innovations International Inc. products
SSI Maya - XR-based Surgical Robotics Platform
SSI Maya is a mixed-reality robotic surgery platform designed to revolutionize digital healthcare. Utilizing advanced web3-based technologies, it offers innovative solutions such as 3D holographic DICOM imaging, AI-powered anatomy segmentation, virtual surgery assistance, tele-proctoring, and tele-surgery capabilities. These features aim to enhance surgical precision, safety, and efficiency while providing an immersive experience for both patients and healthcare professionals. The platform is user-friendly and adaptable, making it suitable for various surgical specialties. SSI Maya is committed to improving patient outcomes and increasing the accessibility of surgical procedures worldwide. It is particularly optimized for use with VR devices like the Oculus Quest 2, offering an immersive VR experience through the SSI MayaVerse application. The focus on cutting-edge technology makes SSI Maya a significant player in the future of digital healthcare.
SSI Sutra - Robotic Surgery Program
SSI Sutra is a robotic surgery program from SS Innovations that has been designed as a comprehensive ecosystem for Surgeons, Surgical staff, Proctors, Hospitals, and Clinical Engineers. Built around the state-of-the-art SSI Mantra surgical robotic system, SSi Sutra is aimed at optimizing robotic surgery. The name Sutra comes from the Sanskrit word for thread, and this program serves as a connecting thread between all the different elements in our robotic surgery ecosystem. By bringing together the best minds in surgery, technology, and engineering, SSI Sutra is engineered to improve patient outcomes.
SSi - Surgical Suite and Robotic System
The SSi Mantra is an advanced surgical suite incorporated with state-of-the-art robotic systems designed to enhance the precision and efficiency of surgical procedures. The system integrates a Surgeon Command Center featuring an open face console with a large 3D 4K monitor and 2D touch system controls for intuitive operation. It is equipped with ergonomic hand control devices and head tracking safety features. Patient side components include modular robotic arm carts that facilitate procedure-specific use with absolute stability and ease of docking. The Vision Cart section extends large 3D 4K monitoring capabilities for the OR staff and includes a 3D HD recording platform. A crucial component is the articulating 3D 4K endoscope system that provides detailed visual access. Additional features like UPS backup, pre-operative guidance apps, and storage for ESU and supplies ensure uninterrupted operation. The SSi Mantra is a robust platform tailored to meet the rigorous demands of modern surgery environments.
AVRA - Autonomous Surgical Robotic Systems
Our population is increasing and living longer. Treatment demands are becoming more complex. The Association of American Medical Colleges predicts a shortfall of 100,000 physicians by 2030. AVRA is developing autonomous surgical robotic systems that will help overcome these challenges.
SS Innovations - Robotic Surgical Instruments for Cardiothoracic Procedures
SSi Mudra is an advanced range of robotic surgical instruments developed by SS Innovations, designed to enhance surgical precision in cardiothoracic procedures. With a strong focus on cardiac instrumentation, SSi Mudra integrates seamlessly with the SSI Mantra Surgical Robotic System, offering surgeons over 30 specialized tools. These include various monopolar and bipolar cautery instruments, clip appliers, needle drivers, and an array of forceps tailored for delicate surgical tasks. Cardiothoracic surgeries are specifically supported by instruments like DeBakey Forceps and Valve Retractors, maximizing surgical efficacy and patient outcomes. The development of these tools is informed by expertise from leading surgeons and industry specialists, ensuring they meet the demands of minimally invasive cardiac procedures. By advancing robotic surgery technology, SSi Mudra significantly contributes to improving the standards of precision and care in surgical applications worldwide.
