After an inspiring showing at the Pune Knee Course (PKC) in India—where surgeons from across the subcontinent gathered to explore innovations in knee surgery—we now set our sights on Munich, Germany, for one of the most prestigious international gatherings in orthopaedics: ISAKOS 2025.
From June 8 to 12, Genourob will proudly exhibit at Booth 19, presenting the latest advancements in robotic knee ligament testing. If you’re attending ISAKOS, this is your opportunity to experience firsthand how Dyneelax® and GNRB® are revolutionizing diagnosis, surgical planning, and rehabilitation through objective, data-driven insights.
But this year’s congress holds an even greater meaning for us. A scientific study conducted with our Dyneelax® device, led by world-renowned surgeons we proudly collaborate with, has been selected as one of the best podium presentations at ISAKOS 2025.
Scientific Excellence: A Podium Presentation You Shouldn’t Miss
We are thrilled to announce that the study titled:
will be presented on Wednesday, June 11 at 14:30 at ISAKOS 2025.
Booth 19 – Discover the Future of Knee Ligament Testing
This research was conducted using the Dyneelax® robotic laximeter and involved biomechanical testing on 18 cadaveric knees to compare the Laprade and Lind techniques for medial knee reconstruction. The study was carried out in collaboration with CHU Rennes and authored by:
Michel Drouineau, MD (presenting author – Rennes, France)
Baptiste Guegan – Rennes, France
Harold Common, MD – Rennes, France
Theo Cojean, PhD – Lyon, France
Henri E. Robert, MD – Château Gontier, France
Its selection as one of the top podium presentations at ISAKOS 2025 is a strong validation of both the scientific rigor of the study and the clinical precision that Dyneelax® brings to high-level biomechanical analysis.
We warmly invite all ISAKOS attendees to attend this session and witness how robotic laximetry is redefining orthopaedic evaluation and surgical planning.
At Booth 19, you’ll find more than just a device demo. You’ll discover how robotic arthrometry is setting a new global standard in knee ligament evaluation. Whether you’re managing ACL injuries, planning LET or ALL augmentations, or tracking post-operative recovery, our solutions help you make confident, evidence-based decisions.
Here’s what you’ll experience:
Dyneelax® – The Full Picture: Translation + Rotation
Dyneelax® is the world’s only robotic system capable of simultaneously assessing both anterior tibial translation and tibial rotation, offering a complete, reproducible analysis of dynamic knee stability. In a clinical landscape where decisions around ACL-only, ACL + LET, or ACL + ALL procedures can significantly influence patient outcomes, Dyneelax® provides the objective evidence needed to guide the surgical strategy.
Using controlled forces, Dyneelax® measures how the tibia responds in both translational and rotational directions, mimicking real-world stress conditions. Unlike manual exams or static imaging like MRI, it quantifies functional instability that directly impacts return-to-play decisions and long-term joint health.
Why Robotic Arthrometry Is Becoming the New Norm
For decades, surgeons have relied on manual tests (Lachman, Drawer, Pivot Shift) and MRI imaging to assess ligamentous injuries. But these tools come with major limitations:
Manual tests lack reproducibility
MRI provides static images, not dynamic function
KT1000 and stress radiography are outdated and lack sensitivity
Robotic arthrometry changes the equation. With Dyneelax® and GNRB®, knee instability is no longer subjective. You get:
Force-controlled testing
Real-time displacement and rotation curves
Side-to-side comparison data
Quantifiable thresholds to guide decision-making
In the operating room, during follow-up, and even years after surgery, our devices offer the kind of precision and reproducibility that imaging and manual exams simply cannot match.
Supporting Surgeons at Every Stage of the Treatment Pathway
Our arthrometers are not just diagnostic tools—they are decision-support systems used across:
Pre-operative planning (deciding between ACL-only vs ACL + LET, for example)
Intra-operative assessment (through rapid feedback of residual instability)
Post-operative monitoring (tracking graft healing and patient progression)
Rehabilitation guidance (validating whether return-to-sport is safe)
Scientific publication and research (with high reproducibility data)
If you’re striving to improve outcomes, reduce re-rupture rates, and offer patients truly individualized treatment, Dyneelax® and GNRB® will become essential instruments in your practice.
Scientifically Validated in Over 100 Publications
The GNRB® and Dyneelax® systems have been featured in dozens of peer-reviewed journals including:
The American Journal of Sports Medicine
Knee Surgery, Sports Traumatology, Arthroscopy (KSSTA)
Orthopaedic Journal of Sports Medicine (OJSM)
Journal of Experimental Orthopaedics
Recent studies include:
ACL injury thresholds in children and adolescents
Detection of residual instability after ACLR
Comparison of robotic testing with MRI and clinical scoring
Monitoring ligament healing and graft integration
These publications support what our users already know: robotic testing works—and it works better.
Used Around the World – From Elite Clinics to Academic Centers
Our devices are trusted globally, including at:
Aspetar Orthopaedic and Sports Medicine Hospital (Qatar)
Sydney Orthopaedic Research Institute (Australia)
CHU Rennes & CHU Strasbourg (France)
Pune Knee Course & Leading Indian Ortho Centers
Multiple national research labs and universities
We are also proud to support several surgeon-led clinical trials that continue to demonstrate the reliability and clinical utility of Dyneelax® and GNRB® in real-world scenarios.
A Global Movement in Motion
From the feedback at PKC in Pune to the growing interest across North America, Asia, and the Middle East, it’s clear: robotic arthrometry is no longer a futuristic idea—it’s a present-day clinical reality.
More and more surgeons, physiotherapists, and researchers are choosing to leave behind outdated tools in favor of quantitative, reproducible, and research-grade measurement systems. And we are honored to help lead this global shift.
Come Meet Us in Munich – Let’s Talk
Whether you’re already using GNRB®, exploring Dyneelax®, or hearing about us for the first time, we invite you to:
✅ Visit us at Booth 19
✅ Try the devices firsthand
✅ Attend the podium presentation on Wednesday
✅ Discover how to bring robotic arthrometry to your institution
We’ll be on-site with live demos, case studies, and time for one-on-one discussions. Our team is ready to guide you through the science, the applications, and even the logistics of implementation or distribution.
Practical Details
📍 ISAKOS 2025 – Munich, Germany
🗓 June 8–12
📌 Genourob – Booth 19
📅 Presentation time: Wednesday, June 11 at 14:30 “Biomechanical Comparison Of Laprade And Lind Techniques For The Reconstruction Of The Medial Plane Of The Knee”
🎤 Presented by: Michel Drouineau, MD
This study was conducted using the Dyneelax® robotic laximeter and involved extensive biomechanical testing on 18 knees.We strongly encourage ISAKOS attendees to join this session and witness how robotic arthrometry is advancing knee ligament surgery worldwide.
