Virtual Incision - Model miniRAS -Surgical System

Virtual Incision's miniRAS system represents a significant advancement in robotic-assisted surgery (RAS) technology, designed to enhance accessibility to minimally invasive surgical procedures. Unlike conventional RAS systems that often require dedicated operating rooms and extensive setup times, the miniRAS is compact and portable, making it suitable for a variety of operating environments. This system is engineered to fit seamlessly into a standard surgical tray, reducing the logistical barriers that have limited the availability of robotic surgery. Its design aims to offer the full capabilities of traditional RAS without compromising efficacy, allowing for quick turnover and setup, which is particularly beneficial in emergency or time-constrained scenarios. The MIRA Surgical System, a key component of miniRAS, is specifically tailored for abdominal surgeries and underscores the importance of miniaturization in medical technology, ensuring that RAS can be performed with minimal waste and storage needs. Its real-world applicability is emphasized by its ability to deliver consistent surgical outcomes across diverse patient profiles, although patient-specific factors remain influential in determining surgical success.