BODY ZONE-SPECIFIC REHABILITATION

For cervical spine rehabilitation, Kinvent allows therapists to measure neck strength, evaluate posture, and detect asymmetries. This is crucial in conditions like cervicalgia, torticollis, or whiplash injuries. With the ability to evaluate temporomandibular joint (TMJ) function and control, Kinvent also supports rehab for jaw-related pathologies and Bell’s palsy, providing biofeedback for fine motor control.

The shoulder requires a careful balance of mobility and stability. With Kinvent, therapists can monitor progress in rotator cuff rehabilitation, assess shoulder instability, and track range of motion in conditions like frozen shoulder and AC joint sprains. Force and motion sensors provide objective feedback on strength and functional capacity in the glenohumeral joint and surrounding musculature.

Kinvent dynamometers are ideal for quantifying grip strength, pronation/supination force, and elbow flexion/extension—crucial for treating tennis elbow, golfer’s elbow, ulnar nerve entrapment, or wrist instability. Physical therapists can use this data to guide return-to-function protocols for fractures, dislocations, and tendon injuries of the elbow, wrist, and hand.

Rehabilitation of the hand and fingers demands fine-motor precision and real-time feedback. With Kinvent, therapists can measure pinch strength, detect imbalances, and monitor tendon healing progress in cases like trigger finger, flexor/extensor injuries, mallet finger, and Dupuytren’s contracture. These tools bring clarity and consistency to this highly nuanced rehab zone.

Kinvent’s motion sensors are ideal for assessing and correcting posture, scapular dynamics, and thoracic mobility. This is essential in treating dorsalgia, postural dysfunction, scoliosis, and kyphosis. Real-time biofeedback helps patients correct compensatory patterns and improve spinal alignment.

Core function is the cornerstone of nearly all movement. Kinvent allows physical therapists to track performance during core exercises, measure force during lumbar flexion/extension, and detect imbalances in patients with lumbago, sciatica, or disc injuries. It is equally effective for sports hernias, inguinal issues, and diaphragmatic dysfunction.

For hip-focused rehab, Kinvent helps evaluate strength, stability, and joint control. Whether addressing hip osteoarthritis, gluteus medius weakness, or femoroacetabular impingement, the system provides accurate data to support targeted interventions. Kinvent is also valuable in adductor rehab, sports hernia management, and pelvic alignment retraining.

Kinvent enables therapists to test quadriceps and hamstring strength, track symmetry, and monitor dynamic loading. This is critical for managing ACL/MCL injuries, patellar tendinopathy, meniscus lesions, or gonarthrosis. Using objective data, therapists can confidently progress patients from initial recovery to return-to-sport phases.

For Achilles tendon rehab, tibia/fibula fractures, or gastrocnemius injuries, Kinvent tracks loading capacity and measures plantarflexion force. It supports both injury prevention and post-injury progression, making calf muscle and lower leg recovery more precise and personalized.

Stability, balance, and strength in the ankle-foot complex are crucial for mobility. Kinvent’s force platforms help evaluate postural control, proprioception, and asymmetry—perfect for treating ankle sprains, syndesmosis injuries, plantar fasciitis, and metatarsal or calcaneal fractures. Patients get clear visual feedback, enhancing their understanding and commitment to rehab.