Guarantees the perfect treatment for your needs
Spanish Federation
soccer
Spanish Federation
Of athletics
Spanish Federation
golf
Olympic committee
Spanish
Paralympic Committee
Spanish
The biomechanical assessment of the gait or foot strike involves analyzing the foot in a static and dynamic situation and its relationship with other structures, such as the knee, hip or back.
A correct analysis of the gait can prevent the appearance of muscular and osteoarticular injuries such as repeat sprains, metatarsal pain, plantar fasciitis, heel spurs, tendinitis, muscle strains, chondropathies, hip tilts, etc.
The biomechanical study also allows pre and post treatment evaluation of various ailments: after surgery, after rehab, etc.
A specialist will assess the articular and muscular ranges of motion for the ankle, knee and hip.
Tests will also be conducted to assess the potential existence of length differences between the legs. These tests allow us to evaluate very important aspects such as elasticity, muscle tone, activation of muscle groups, and so on.
The assessment studies the patient in a static position to evaluate the points of maximum pressure on the foot, center of gravity, etc.
Allows analyzing the posture and assessing the influence of foot support on the patient's balance
Allows analyzing the foot in motion and obtaining data such as maximum pressure, displacement of pressure center, rotations, etc.
Using video systems at 1200 images per second allows analyzing details that are not visible to the human eye but which can have great importance for diagnosis.
This system allows assessing the symmetry or asymmetry of the gait with or without insoles, air times and contact times for each foot, performing a jump test, etc.
A 4D analysis system that can measure movement in the three spatial axes (height, width and depth) as well as in time as the fourth dimension. *This study is only available in some clinics.
After completing the assessment and analyzing your activity, the need for treatment with Podoactiva insoles, strengthening exercises, stretching, etc. is evaluated.
The most advanced insoles on the market. Designed by engineers and made from exclusive materials
Made from high-quality EVA for patients with special needs
Designed for each pair of high-heel shoes. Improves comfort and reduces irritation
Aid in learning and practice. Prevent injuries and increase comfort
