Studies Genourob's Knee laxity arthrometers Anterior cruciate ligament (ACL) injury/tear ACL: Anterior cruciate ligament
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  • Why buy a KT 1000 arthrometer when you can get a Dyneelax or GNRB? Did I tear my ACL? TOP 6 ACL diagnostic tests KT-1000 / KT-2000 / GNRB comparison Sports related to ACL Injuries 11 ACL fast facts Arthrometers: Enhance knee injury treatment Knee Stability/Instability Diagnostic Device Knee physical exams
  • Pivot Shift Test - Knee Instability Evaluation
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  • ACL Rehab: How are arthrometers crucial to recover from ACL Surgery? New arthrometer NEW GNRB / ROTAM Research Studies GNRB Knee Arthrometer: More than just objective results on the ACL... The Future of Treating ACL Tears: Arthrometers Where can I order a KT1000 knee ligament arthrometer? KT-1000 vs. GNRB video: Testing the ACL with both arthrometers NEW GNRB STUDY KT1000 Arthrometer : Test Knee Laxity ESSKA BEST E-POSTER AWARD - GNRB ARTHROMETER Back pain and its associated problems Knee Laxity Arthrometer GNRB involved in more than 30 scientific studies What is Knee Ligamentous Laxity? Back Pain Rehabilitation - Spineo Patient Feedback New Funding from the European Union for the DYNEELAX Project AS MONACO football club has a DYNEELAX ! Memphis Depay, from FC Barcelona, being tested on our Arthrometer! What are the benefits of using knee laxity arthrometers? What is Dyneelax? Knee Ligament Analysis: ACL, PCL, LCL, MCL Assessment Device What is Knee Laxity? Study - Arthrometers better than MRI when diagnosing partial ACL tears Mastering Knee Examination: The Role of Arthrometers in Diagnosing Ligament Injuries Demystifying Anterior Cruciate Ligament (ACL) Injuries: Causes, Symptoms, and Treatment Revolutionizing Knee Assessment: The Dyneelax Knee Laxity Arthrometer Unraveling Knee Laxity: The Crucial Role of Arthrometers in Diagnosis and Treatment Mastering the Lachman Test: Detecting ACL Tears Unmasking Partial ACL Tears: The Edge of Dyneelax & GNRB Arthrometers Over MRI The Anterior Cruciate Ligament (ACL): A Brief Overview New Website ! Visit Arthrometer.com
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  • Genourob Certifications How we started... Why do we develop knee laxity arthrometers to analyse ACL tears at Genourob?
    What is Laximetry? Knee laxity tests - Genourob's LDA® Method
  • Lachman test (automated)
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    When it comes to assessing knee joint health, precision is paramount. Whether you're a medical professional seeking accurate diagnoses or a patient looking for answers, knee examinations using arthrometers offer a cutting-edge solution. In this comprehensive guide, we delve into the world of knee examination with arthrometers, shedding light on their importance, the techniques involved, and their role in achieving optimal knee health.

    Understanding Knee Arthrometry:

    Knee arthrometers like the Dyneelax or GNRB are specialized devices designed to measure and quantify knee joint stability with utmost precision. They play a pivotal role in diagnosing and managing a wide range of knee conditions, including ligament injuries, meniscus tears, and joint instability. These devices provide quantitative data that help healthcare professionals make informed decisions about treatment plans.

    The Arthrometer Advantage:

    1. Objective Measurements: Knee arthrometers provide objective, quantifiable data, reducing the subjectivity often associated with traditional physical examinations. This precision aids in early detection and accurate diagnosis.

    2. Assessment of Ligament Integrity: One of the key applications of arthrometers is evaluating the integrity of knee ligaments, such as the anterior cruciate ligament (ACL) and posterior cruciate ligament (PCL). They can pinpoint the degree of laxity, aiding in surgical decisions and post-operative assessments.

    3. Monitoring Progress: For patients undergoing rehabilitation after knee surgery or injury, arthrometers help monitor progress and determine when it's safe to return to normal activities.

    The Arthrometry Process:

    1. Patient Preparation: To ensure accurate results, patients should be informed about the procedure and instructed to relax their muscles during the examination.

    2. Device Placement: The arthrometer is securely attached to the patient's thigh and lower leg using straps. It should be aligned precisely with the knee joint.

    3. Measurement: The arthrometer assesses the knee's range of motion and quantifies any abnormal joint laxity. This data is recorded for analysis.

    4. Interpretation: Healthcare professionals interpret the data, comparing it to established norms or previous measurements. This aids in diagnosing ligament injuries or tracking post-surgery progress.


    Knee examination with arthrometers like the Dyneelax revolutionizes the way we assess and manage knee joint health. By providing objective, precise measurements, arthrometers empower both healthcare professionals and patients to make informed decisions regarding treatment and rehabilitation. If you're experiencing knee issues or are a medical practitioner seeking advanced diagnostic tools, consider the invaluable insights that arthrometers can offer. Unlock precision in knee examinations and pave the way for a healthier, pain-free future.

    What is the Dyneelax arthrometer?