The prospective study evaluates the safety and effectiveness of a miniaturized robotic-assisted surgery device (mRASD) for colectomy procedures.
This study reports on the one-year outcomes for colon cancer patients treated with the MIRA miniaturized robotic-assisted surgery device (mRASD) in a multi-center, investigational device exemption (IDE) study for right and left colectomies.
MIRA's convenient, capable, compact design empowers surgeons to quickly obtain full multi-quadrant access and work closer to the patient.
Two instruments and a flexible-tipped camera placed through a single incision. This design allows for the arms to reach 180 degrees and camera to rotate in a 70 degree cone without external arm collisions.
From a single position on the bed, the minibot can reach about 3500cm³, roughly half the size of a volleyball. By using an internally triangulated through a single incision, surgeons may approach anatomy from unique positions while maintaining a standard extraction site of choice.
The MIRA minibot support arm attaches to a standard operating room bed and can allow for repositioning to different quadrants within seconds.
As the MIRA minibot support arm can be attached to a standard operating room bed, the patient can be repositioned without a large interruption for the rest of the care team.
A comprehensive course designed by instructors to help surgeons new to the MIRA Surgical System develop the skills needed for successful integration into their operating room.
Track metrics and gain access to videos, allowing you to gain insights and stay engaged with the latest advancements.
Benefit from personalized, hands-on guidance as experienced surgeons on the MIRA system visit newly integrated hospitals to assist and mentor surgical teams during their first cases, ensuring a smooth and confident transition to using the system.
Opportunities to be at the forefront of miniRAS innovation:
