Orthopedics has long grappled with an accuracy conundrum—not in the finesse of individual techniques, but in the elusive quest to quantify and standardize them across the board. From assessing ligament laxity in joints to navigating scopes during arthroscopy, measuring surgical ergonomics, or even decoding the torque-force dynamics in screw constructs, surgeons have leaned heavily on years of training, intuition, and that indefinable "artistry" honed in the operating room. Advanced tools like robots, navigation systems, and extended reality (XR) setups are game-changers in select cases, but let's be real: upward of 80% of procedures still happen freehand, relying on tactile feedback and experience.So, how do you objectively demonstrate screw stripping?
How do you benchmark ergonomic strain between legacy tools and cutting-edge devices to safeguard a surgeon's long-term health?
What tools exist to visualize ligament laxity during knee tensioning?
And perhaps most vexingly, what exactly does "two-finger tight" mean in measurable terms?
Enter Mibio Medical, a Memphis-based startup that's dedicated the better part of a decade to bridging this gap. Founded by brothers Ian Rubín de la...
