It’s Miniature. And that’s huge.
*Images are intended to be conceptual to represent the categories of mainframes rather than an exact product likeness.
*Images are intended to be conceptual to represent the categories of mainframes rather than an exact product likeness.
*Images are intended to be conceptual to represent the categories of mainframes rather than an exact product likeness.
As technology has evolved throughout history, it has become smaller – and more accessible. You can see it in computers, phones, and medical technology.
Miniaturization brings the power of innovation to more people, improving lives along the way.
Robotic-assisted surgery (RAS) has revolutionized surgery by enabling reproducible minimally invasive care. But millions of patients can’t access it because of logistical limitations like:1,2,3
Miniaturization intends to overcome these challenges.
Less than 10% of patients have
access to Mainframe RAS3
Imagine a compact and convenient solution that does not compromise on RAS capabilities. Shrinking to fit in a surgical tray means RAS could be ready anywhere, any time, for any patient.
Potential benefits of a tray-to-table setup:
Before Surgery
CONVENIENT
Quick turnover and setup in any operating room
During Surgery
CAPABLE
RAS anywhere in the abdomen
After Surgery
COMPACT
Low waste and minimal storage space
Before Surgery
CONVENIENT
Quick turnover and setup in any operating room
During Surgery
CAPABLE
RAS anywhere in the abdomen
After Surgery
COMPACT
Low waste and minimal storage space