Dr Lanz sport insole system


1. Proprioceptive effect
Activating or inhibitory reactions affecting body posture are proprioceptively initiated via muscular chain endpoints on the soles of the feet. The shoe insoles inform the body via the foot and achieve a muscular balance by delivering an activating stimulus for hypotonic muscle chains and a deactivating stimulus for hypertonic muscles. 

2. Active effect
Plates specifically placed at certain positions adjacent to  the short foot muscles in the toe area stimulate foot posture. The locking of the foot arch is initiated for the push-off and the pressure transferred from the big toe to the other four toes via the transverse arch.

3. Passive effect
Passive leverage changes in the heel and the metatarsal area of osseous (bony) structures provide relief to tendon ends and foot and lower leg muscles. Through the raising of the heel inner border  and tarsus outer border, the damping motion is passively managed and mitigated through a chain of movements.

4. Centering effect
The slip resistance of the insole surface centers the foot on the sole, even during side and jumping movements. One experiences a subjective improvement in heel fit. The formation of calluses and blisters is objectively reduced. 

5. Insulating effect
Two different materials for function and cushioning protect the foot against different surfaces and stresses. The use of the "Dr. Lanz System" sport insoles can moreover harmonize and optimize the flow of movement and, through this, help to continuously improve posture.
 


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