Medical Bay
Advancing healthcare through robotics research, the Medical Bay explores innovative technologies to improve patient outcomes.
Part of the Medical Bay suite, featuring a da Vinci surgical robot and a remote ultrasound project
The Medical Bay at the Stanford Robotics Center focuses on advancing healthcare through robotics research and development. The facility is equipped with a da Vinci Research Kit, which is a da Vinci surgical robot available for research and testing purposes. This system enables researchers to study and refine robotic-assisted surgical techniques, with the goal of improving precision, reducing invasiveness, and enhancing procedural consistency.
In addition to surgical robotics, the Medical Bay supports research into tiny magnetically controlled robots designed for targeted medicine delivery. These small-scale robotic devices are being developed to navigate the human body and deliver treatments to specific areas, with potential applications in localized drug delivery and minimally invasive procedures.
The Medical Bay provides a collaborative environment for researchers to work together on integrating robotics into healthcare practices. Ongoing projects aim to enhance surgical accuracy, optimize healthcare, and evaluate the impact of robotics on patient outcomes.
Future developments at the Medical Bay will focus on expanding the capabilities of existing robotic systems and exploring new technologies to support healthcare providers. Research efforts will aim to refine robotic precision, enhance system adaptability for various medical procedures, and incorporate research into actual medical practice. Collaboration with healthcare institutions and industry affiliates will continue to ensure that innovations align with clinical needs and practical applications.
Explore a 3D construction of the Medical Bay
Projects in the Medical Bay
Amphibious Magnetic Origami Robot
A tiny robot that moves on both land and water using a spinning motion. It is designed for controlled navigation and can deliver liquid medicine or transport small solid objects.
Learn More About the Origami BotDaVinci Research Kit
A research platform for telerobotic surgery built from retired da Vinci Surgical Systems. It supports collaboration across universities to explore new concepts in minimally invasive surgery.
Learn More About the DaVinci Research KitMagnetic Milli-spinner
A tiny magnetic robot that moves through blood vessels under control with applications for use in treating vascular diseases without the need for wires or direct contact.
Learn More About the Magnetic Milli-spinner
