Driven by Science
Built for the Future
Driven by Science
Built for the Future
Driven by Science
Built for the Future
Our MISSION
Our MISSION
Our MISSION
Our MISSION
To Revolutionize Postoperative Recovery Through Smart Implant Technology
To Revolutionize Postoperative Recovery Through Smart Implant Technology
To Revolutionize Postoperative Recovery Through
Smart Implant Technology
To Revolutionize
Postoperative Recovery
Through Smart Implant Technology
The Smart UCL Anchor System is designed to allow athletes, surgeons, and organizations monitor workload, manage risk, and make better return-to-play decisions.
The Smart UCL Anchor System is designed to allow athletes, surgeons, and organizations monitor workload, manage risk, and make better return-to-play decisions.
The Smart UCL Anchor System is designed to allow athletes, surgeons, and organizations monitor workload, manage risk, and make better return-to-play decisions.
The Smart UCL Anchor System is designed to allow athletes, surgeons, and organizations monitor workload, manage risk, and make better
return-to-play decisions.



John E. Long III
John E. Long III
Founder & Director
Founder & Director

John E. Long III
Founder & Director

John E. Long III
Founder & Director
About Our Founder
About Our Founder
About Our Founder
John Long’s path to founding Ortheon began during his collegiate baseball career at Mississippi State University and the University of Pittsburgh, where he spent his years watching teammates undergo Tommy John surgery and navigate the uncertainty of returning to play following the procedure. Having earned his master's degree at the close of his college athletic career, John entered the orthopedic industry with DePuy Synthes, where he gained firsthand experience to surgical procedures, implant technology, and the clinical workflows surrounding patient care.
Experiencing the same problem from two distinct perspectives—first as an athlete and later from within the OR—gave John a unique understanding of the gap that exists after surgery. That perspective ultimately led him to envision a better way to bring objective data into recovery and return-to-play decisions.
That vision became Ortheon.
John Long’s path to founding Ortheon began during his collegiate baseball career at Mississippi State University and the University of Pittsburgh, where he spent his years watching teammates undergo Tommy John surgery and navigate the uncertainty of returning to play following the procedure. Having earned his master's degree at the close of his college athletic career, John entered the orthopedic industry with DePuy Synthes, where he gained firsthand experience to surgical procedures, implant technology, and the clinical workflows surrounding patient care.
Experiencing the same problem from two distinct perspectives—first as an athlete and later from within the OR—gave John a unique understanding of the gap that exists after surgery. That perspective ultimately led him to envision a better way to bring objective data into recovery and return-to-play decisions.
That vision became Ortheon.
John Long’s path to founding Ortheon began during his collegiate baseball career at Mississippi State University and the University of Pittsburgh, where he spent his years watching teammates undergo Tommy John surgery and navigate the uncertainty of returning to play following the procedure. Having earned his master's degree at the close of his college athletic career, John entered the orthopedic industry with DePuy Synthes, where he gained firsthand experience to surgical procedures, implant technology, and the clinical workflows surrounding patient care.
Experiencing the same problem from two distinct perspectives—first as an athlete and later from within the OR—gave John a unique understanding of the gap that exists after surgery. That perspective ultimately led him to envision a better way to bring objective data into recovery and return-to-play decisions.
That vision became Ortheon.
John Long’s path to founding Ortheon began during his collegiate baseball career at Mississippi State University and the University of Pittsburgh, where he spent his years watching teammates undergo Tommy John surgery and navigate the uncertainty of returning to play following the procedure. Having earned his master's degree at the close of his college athletic career, John entered the orthopedic industry with DePuy Synthes, where he gained firsthand experience to surgical procedures, implant technology, and the clinical workflows surrounding patient care.
Experiencing the same problem from two distinct perspectives—first as an athlete and later from within the OR—gave John a unique understanding of the gap that exists after surgery. That perspective ultimately led him to envision a better way to bring objective data into recovery and return-to-play decisions.
That vision became Ortheon.
About Our Founder
Real-Time Data,
Better Decisions
Real-Time Data,
Better Decisions
Real-Time Data,
Better Decisions
An implant designed to reduce uncertainty in return-to-play decisions by equipping surgeons, athletes, and performance teams with objective data about the patient's recovery postoperatively.
An implant designed to reduce uncertainty in return-to-play decisions by equipping surgeons, athletes, and performance teams with objective data about the patient's recovery postoperatively.
An implant designed to reduce uncertainty in return-to-play decisions by equipping surgeons, athletes, and performance teams with objective data about the patient's recovery postoperatively.
An implant designed to reduce uncertainty in return-to-play decisions by equipping surgeons, athletes, and performance teams with objective data about the patient's recovery postoperatively.
Measure
Monitor
Manage
Collect
Measure
Measure
Analyze
Monitor
Monitor
Act
Manage
Manage
Measure
Monitor
Manage
Mild Fatigue Increase
Fatigue trending up. Monitor next 10-15 throws
NOTES
Add session notes…

84%
WORKLOAD TREND
of Baseline
Monitor High-Stress Throws
Peak tension approaching 90% of baseline

66.2
TORQUE (N-m)
Peak: 88.1
48 min
Session Duration
Monitor High-Stress Throws
Peak tension approaching 90% of baseline
89.3 mph
Max Velocity
NOTES
Add session notes…

84%
WORKLOAD TREND
of Baseline
89.3 mph
Max Velocity
Mild Fatigue Increase
Fatigue trending up. Monitor next 10-15 throws

66.2
TORQUE (N-m)
Peak: 88.1
Mild Fatigue Increase
Fatigue trending up. Monitor next 10-15 throws
48 min
Session Duration
Monitor High-Stress Throws
Peak tension approaching 90% of baseline
Mild Fatigue Increase
Fatigue trending up. Monitor next 10-15 throws
NOTES
Add session notes…

84%
WORKLOAD TREND
of Baseline
Monitor High-Stress Throws
Peak tension approaching 90% of baseline

66.2
TORQUE (N-m)
Peak: 88.1
48 min
Session Duration
Monitor High-Stress Throws
Peak tension approaching 90% of baseline
89.3 mph
Max Velocity
NOTES
Add session notes…

84%
WORKLOAD TREND
of Baseline
89.3 mph
Max Velocity
Mild Fatigue Increase
Fatigue trending up. Monitor next 10-15 throws

66.2
TORQUE (N-m)
Peak: 88.1
Mild Fatigue Increase
Fatigue trending up. Monitor next 10-15 throws
48 min
Session Duration
Monitor High-Stress Throws
Peak tension approaching 90% of baseline

The First
Smart UCL
Anchor System
Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First
Smart UCL
Anchor System
Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First Smart
UCL Anchor
System
Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First Smart
UCL Anchor
System
Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First
Smart UCL
Anchor System
Join Ortheon in redefining how athletes train, recover, and return to play following surgery.

The First
Smart UCL
Anchor System
Join Ortheon in redefining how athletes train, recover, and return to play following surgery.