Detailed evaluation of mobility, muscle strength, coordination, pain, and functional status. Based on this, an individualized rehabilitation plan is developed with clearly defined goals.

Use of medical exercises (passive, assisted, and active) to improve mobility, strengthen muscles, and restore function. Applied in orthopedic, neurological, and postoperative patients.

Use of electrical currents for pain reduction, muscle stimulation, and improvement of neuromuscular function. Particularly effective in chronic pain, injuries, and neurological conditions.

Non-invasive therapy using magnetic impulses to stimulate muscles and nerves, improving muscle control, circulation, and pelvic floor function.

Low-level laser therapy for reducing inflammation and pain and accelerating tissue regeneration.

Innovative non-invasive method for delivering collagen into deeper tissue layers, improving elasticity, regeneration, and pain reduction.

Devices for continuous passive movement of joints, especially after hip and knee surgery, preventing stiffness and improving range of motion.

Devices for active and passive rehabilitation of upper and lower extremities, particularly in patients with neurological conditions or reduced mobility.

Application of elastic tapes for muscle and joint support, pain reduction, and improved circulation without restricting movement.

Manual technique using specialized tools for treatment of soft tissues, fascia, and muscle contractures, improving mobility and reducing pain.

Use of compression bands to improve circulation, joint mobility, and function.

Specialized techniques to improve lung function, including breathing exercises, vibration therapy, postural drainage, and inhalation therapy.

Non-invasive respiratory support with positive pressure, used in patients with impaired lung function or sleep apnea.