What is Lynx?
Quick and objective functional assessment of patients with musculoskeletal problems
Lynx is a solution composed of software and medical sensors that allow the mobility of each joint in the human body to be easily and precisely measured in less than 3 minutes.
The system will allow you to evaluate the patient’s range of motion and strength before, during, and after treatment, thus making therapeutic planning easier.
Each sensor in its interior integrates an accelerometer, a gyroscope, and a magnetometer to be able to capture the movement in the three planes of space and allow a complete assessment of the joint range.
In just 3 steps …
1
Measure
Place the sensors on the pathological joint to monitor the patient’s movements.
2
Analyze
With just a simple click, Lynx automatically quantifies all the key parameters of the movement.
3
Inform
Lynx automatically generates a complete patient report with a graphical and numerical representation of the results.
Why should you use Lynx?
- Fast and non-invasive measurement
- 3D analysis of motion limitations
- Accurate and real-time biofeedback
- Simultaneous measurement of 2 bilateral joints
- Simple and intuitive results
- Quality assurance: CE marking of medical device
Everything you need to Measure, Analyze and Inform your patients
Discover Lynx products
Lynx is made up of two modules: ROM and DYNAMO. They can be purchased together or separately.
Lynx DYNAMO
Strength analysis module. Using a single sensor, tension forces of up to 100 kg can be measured.
- Maximum and mean load
- Rising time
- Holding time
Lynx ROM
Joint motion analysis module. The sensors can be attached to any joint in the body. Two sensors are required to measure a single joint, while 4 sensors at the same time are required to perform a simultaneous bilateral comparison of a healthy joint and a pathological joint.
- Maximum and average Range of Motion (ROM)
- Speed
- Movement Harmony
- Position vs Velocity graph
What our customers are saying…

Marta Bailo

Fabrizio Gravina

Dr. Tomislav Kranjcec

Dr. Javier Ortiz

Dr. Andres Alcázar
