Discover the RE3
Robotic Exoscope
Control. Comfort. Clarity. Collaboration.
Schedule Demo at AANS 2025With touchless features, the RE3 Robotic Exoscope is designed to allow surgeons to stay focused and immersed throughout the entire procedure—amplifying efficiency and outcomes.
Change exoscope parameters and make controlled movements with your voice
Guide the position of the exoscope to the desired target by using the tip of commonly used surgical instruments
Traditional ways of working have led to injury and fatigue for many surgeons.
However, the RE3 Robotic Exoscope is designed to make comfort a possibility for the entire team.
Surgeons can stand/sit upright while viewing the 3D video monitor, which eliminates the pain and discomfort of leaning over an ocular microscope
In studies conducted with surgeons:
The use of robotic exoscope technology markedly reduced pain experienced by surgeons compared to traditional surgical methods.3
The unique features of the RE3 Robotic Exoscope allow surgeons to see more than ever before—empowering them to work with confidence.
The RE3 Robotic Exoscope provides advanced capabilities for precise 4K imaging
With Image Modes, surgeons can defy the limits of human vision with tissue differentiation with the addition of color modes
Surgeons can see intricate details of human anatomy with magnified vision
By allowing a 3D view of the surgical procedure on several monitors, the RE3 Robotic Exoscope serves as a catalyst for collaboration throughout the operating room.
With a 3D view, every surgeon on the team can thoroughly understand each step of the procedure
The RE3 Robotic Exoscope provides a cart-mounted monitor and additional monitors on separate stands to accommodate multiple surgeons
By providing real-time visualization of the entire procedure, the RE3 Robotic Exoscope is designed to enhance coordination and overall efficiency
System Details
1. Gadjradj P, et al. Ergonomics and Related Physical Symptoms Among Neurosurgeons. World Neurosurg. 2020 Feb:134:e432-e441
2. Kusyk DM, Jeong S, Fitzgerald E, et al. Surgical posture with microscopic versus exoscopic visualization in anterior cervical procedures. World Neurosurg. 2024;181:e562-e566. doi:10.1016/j.wneu.2023.10.094
3. Schupper AJ, Eskandari R, Kosnik-Infinger L, et al. A multicenter study investigating the surgeon experience with a robotic-assisted exoscope as part of the neurosurgical armamentarium. World Neurosurg. 2023;173:e571-e577. doi:10.1016/j.wneu.2023.02.094
This product is in development and has not received FDA clearance. It is being shown for informational purposes only.
Product specifications are subject to change as a result of internal testing.
Join us at AANS 2025 • Boston • April 25-28 • Booth #1111
Schedule Your Personal DemoCan't make it to AANS? Contact us to arrange a demo at your facility
customersupport@truedigitalsurgery.com