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: