Simulated Surgical Systems (SSS) is a pioneering company based in Buffalo, New York, specializing in advanced robotic surgery simulation. The company’s flagship product, the Robotic Surgical Simulator (RoSS), serves as a “flight simulator for surgeons,” providing a highly realistic training environment for robot-assisted surgical procedures. Developed in collaboration with the University at Buffalo’s School of Engineering and Applied Sciences and the Roswell Park Comprehensive Cancer Center, the RoSS addresses the critical need for effective training tools in the rapidly expanding field of robotic surgery. By offering a platform that closely approximates the “touch and feel” of actual surgical systems, SSS plays a vital role in enhancing surgical education, improving clinical outcomes, and ultimately advancing patient safety.

Competitors

Competitors may include Kyoto Kagaku, Holotron, VirtaMed, and Medicaroid.

Summary of Key Products/Services from Simulated Surgical Systems

Simulated Surgical Systems offers cutting-edge simulation solutions designed to enhance the proficiency of surgeons in robot-assisted procedures. The company’s primary offering, the Robotic Surgical Simulator (RoSS), provides a comprehensive training platform that replicates the intricacies of robotic surgery. This simulator enables both novice and experienced surgeons to practice and refine their skills in a risk-free environment, thereby reducing the learning curve associated with complex surgical systems. The RoSS is equipped with high-fidelity graphics and a validated curriculum, ensuring that users receive training that is both immersive and educational. By integrating advanced haptic technologies, the simulator delivers tactile feedback that closely mimics real surgical scenarios, facilitating the development of essential motor and cognitive skills required for effective robotic surgery.

• Robotic Surgical Simulator (RoSS): A portable, stand-alone simulator that teaches motor and cognitive skills necessary for operating the da Vinci surgical robot.
• Validated Curriculum: Offers a structured, multi-level curriculum designed to progressively enhance surgical skills.
• High-Fidelity Graphics: Provides realistic visual representations to closely mimic actual surgical procedures.
• Advanced Haptic Feedback: Incorporates tactile sensations to emulate the “touch and feel” of real surgeries.
• Portable Design: Ensures ease of use and accessibility across various training environments.

More Detailed Product / Service Offerings

Robotic Surgical Simulator (RoSS): The RoSS is a state-of-the-art training tool designed to emulate the da Vinci robotic surgical system, the most widely used platform of its kind globally. By providing a virtual environment that mirrors the complexities of robotic surgery, the RoSS allows surgeons to develop and hone their skills without the risks associated with practicing on live patients. The simulator’s high-fidelity graphics and advanced haptic feedback mechanisms create an immersive experience that closely resembles actual surgical procedures. This realistic simulation is crucial for building the confidence and competence necessary for performing intricate surgeries. Additionally, the RoSS’s portable design ensures that it can be utilized in various settings, from medical schools to hospital training centers, making it a versatile tool for surgical education.

Validated Curriculum: Understanding the importance of structured learning, SSS has developed a comprehensive, multi-level curriculum integrated into the RoSS. This curriculum is designed to guide users through progressively challenging scenarios, ensuring a thorough understanding of robotic surgical techniques. Each module focuses on specific skills, from basic instrument manipulation to complex procedural tasks, allowing trainees to build their competencies systematically. The curriculum’s validation by leading surgical institutions attests to its effectiveness in preparing surgeons for real-world applications. By adhering to this structured approach, trainees can achieve proficiency more efficiently, ultimately leading to improved patient outcomes.

Advanced Haptic Feedback: One of the standout features of the RoSS is its incorporation of advanced haptic technology, developed in collaboration with the University at Buffalo’s Virtual Reality Lab. This technology provides tactile sensations that mimic the resistance and feedback experienced during actual surgical procedures. Such realistic touch feedback is essential for developing the fine motor skills and precision required in robotic surgery. By practicing with these lifelike sensations, surgeons can better prepare for the tactile nuances of real surgeries, thereby enhancing their readiness and reducing the likelihood of errors in the operating room.

Key Organizations / Institutions Clients

Simulated Surgical Systems has established itself as a trusted provider of robotic surgery simulators, with its products being adopted by several prestigious medical institutions. The collaboration with Roswell Park Comprehensive Cancer Center, a leader in robotic surgery, underscores the simulator’s value in training top-tier surgeons. Additionally, the University at Buffalo’s School of Engineering and Applied Sciences has integrated the RoSS into its curriculum, providing engineering students with insights into medical device development and application. These affiliations highlight the simulator’s versatility and effectiveness across both clinical and educational settings.

Key Partnerships/Acquisitions

Simulated Surgical Systems has benefited from strategic collaborations that have enhanced the development and dissemination of the RoSS. The partnership between the University at Buffalo’s Virtual Reality Lab and Roswell Park Comprehensive Cancer Center was instrumental in the simulator’s creation, combining engineering expertise with clinical insights. This collaboration ensured that the RoSS met the practical needs of surgeons while incorporating cutting-edge virtual reality technology. The joint licensing of RoSS technology by the SUNY Research Foundation and Health Research, Inc., to Simulated Surgical Systems facilitated the commercialization and broader distribution
of the simulator. This partnership has allowed Simulated Surgical Systems to expand its reach, ensuring that more medical institutions worldwide have access to high-quality robotic surgery training solutions.

Who Should Consider Purchasing from Simulated Surgical Systems and Why

Medical institutions, surgical training centers, and universities that offer robotic surgery programs should strongly consider Simulated Surgical Systems for their simulation needs. The RoSS provides an unparalleled platform for surgeons to develop and refine their skills in a controlled, risk-free environment, significantly reducing the learning curve associated with robot-assisted procedures. Residency programs can benefit from the structured, validated curriculum, which ensures that trainees receive consistent, high-quality education in robotic surgery techniques.

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