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A few words from our team...

Over the twenty years, we have dedicated our careers to enhancing ACL injury diagnostics and treatment through the scientific study and promotion of robotic knee laxity arthrometers.

In our articles, we aim to share the latest scientific insights and technological advancements in knee injury prevention and treatment, bridging the gap between research and practical application.

Yves Crystal

Mechanical Engineer / Head of Export Sales

Must-Read Selection of Articles

doctors looking at the camera
A New Dimension in Knee Treatment: Embracing Dynamic Knee Ligament Testing
Introduction Anterior Cruciate Ligament (ACL) injuries are a prevalent concern in orthopedic and sports...
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Orthopedic surgeon woman looking at the camera
Maximize Savings, Maximize Care: The Financial Wisdom of Using Robotic Arthrometers
Introduction Accurate assessment of knee laxity is a cornerstone in the diagnosis and management of anterior...
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KT1000 arthromter, new KT-2000 arthrometer
Why Buy A KT1000 When You Can Get A Newer Arthrometer Such As The Dyneelax or GNRB?
Introduction: The Evolution of Knee Laxity Arthrometers Knee laxity arthrometers have revolutionized...
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Elevating Knowledge with Evidence: Our Insights Are Directly Drawn from Leading Scientific Studies.

Scientific Depth, Simplified: Precision in Every Post

Harnessing the Power of Research: Our content is deeply anchored in scientific rigor and integrity, showcasing the latest findings from prestigious studies and research institutions worldwide. By emphasizing evidence-based insights, we aim to elevate your understanding of knee ligament diagnostics, ensuring that every article serves as a bridge between academic knowledge and practical application in knee health. Our dedication is to illuminate your path with trusted, scientifically-backed guidance that informs and inspires confidence in the advancements of knee ligament care.

Random Selection of Articles

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Introducing the New Dyneelax Arthrometer Tutorial Video: Comprehensive Knee Stability Analysis
We are pleased to announce the release of our in-depth Dyneelax tutorial video, showcasing the full capabilities...
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Lachman test, ACL Tear Detection
Knee Examination in Orthopaedics: From Clinical Tests to Robotic Precision
A thorough knee examination is essential for diagnosing ligament injuries, meniscal tears, and joint...
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man holding knee
Why Your MRI Can Look Normal but Your Knee Still Gives Way
It is confusing and frustrating when you are told your scan is “fine,” but your knee still buckles. If...
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knee, anterolateral complex knee
Combined ACL & MCL Injury: Why the Medial Side Matters for Stability
A combined ACL MCL injury is not simply an ACL tear plus a painful medial sprain. In many athletes and...
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Intra‐rater and Inter‐rater reliability of Robotic Arthrometer DYNEELAX®
Journal of Experimental Orthopaedics, Volume 11, Issue 3, July 2024 Study title: Intra‐rater and inter‐rater...
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Lind vs LAprade
Lind vs LaPrade: Which Medial-Side Reconstruction Better Controls Anterior Translation and Rotation?
Study Title: Is the Lind or LaPrade Technique Able to Control Anterior and Rotational Laxity in Medial-Side...
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Leading the Charge in Knee Ligament Care: Explore Breakthrough Technologies and Research that are Changing the Game

Evidence-Based, Expert-Backed: Trusted Knee Ligament Insights

Each piece we publish is meticulously researched, drawing upon the latest and most credible scientific studies from around the globe. Centered around comprehensive knee ligament care, our resources offer insights into the latest in ACL health, supported by arthrometer technology. We aim to guide readers through preventive strategies, treatment options, and recovery processes, enhancing understanding and outcomes.

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Upgrade KT1000/KT2000, dynamic knee laxity testing
Adding Objective Knee Laxity Testing to a Radiology Practice: A Practical Workflow
Adding objective knee laxity testing to a radiology service can help bridge a common gap: MRI shows structure, while instability is often a functional problem that clinicians want quantified. In a practical...
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Robotic Knee Laxity Testing: Why Controlled Force Matters in ACL Diagnosis
In ACL evaluation, the problem is often not whether laxity exists, but how reliably it is measured. That is where robotic knee laxity testing becomes clinically relevant. By standardizing load application...
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Posterolateral Corner Injuries: Why They’re Missed and How to Catch Them
A posterolateral corner injury is easy to under-recognize, especially when attention is pulled toward an ACL, PCL, or obvious fracture pattern. In practice, a posterolateral corner knee injury may present...
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ACL Injury in Female Athletes: Assessment Considerations and Monitoring
ACL injury in female athletes requires a slightly different clinical lens than generic ACL pathways. The core principles of diagnosis remain the same, but female athlete ACL assessment often needs closer...
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Bridging Innovation and Research: Dive into Articles Crafted on the Bedrock of Global Scientific Papers

Science-Driven Insights: Directly From Research to You

Delving deep into the mechanics and science of arthrometers, our content demystifies the latest advancements and methodologies in ACL injury diagnosis. Focusing on the precision and innovation behind these diagnostic tools, we empower readers with knowledge to understand the nuances of arthrometer technology.

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