Combat Active Worker Foot Pain With Hydraulic Insoles

  • The Issue: The most common active worker pain conditions occur where walking on hard surfaces or standing in a confined space is necessary.
  • The Solution: Eliminate the impact of heel strike and augment circulation in the lower extremities utilizing the principles of hydraulics (‘fluid moves in response to pressure’) within an anti-fatigue insole.

The hydraulic action in our dynamic insoles utilize a bladder with a heel reservoir and fluid flow gates that create three stages of hydraulic action, each aiding in reducing occupational pain and fatigue.

Hydraulic Dynamic Fluid Insoles

There Are Two Primary Causes Of Pain and Discomfort
along the Kinetic Chain.

Heel Strike:

The action of the heel impacting the ground during walking has been identified as being the primary cause of pain and discomfort along the kinetic chain (foot, knee, leg, hip and back).

Reduced Lower Extremity Circulation:

Standing for an extended period can decrease blood circulation in your legs which can make legs swell, feel heavy, tired or achy and can increase risk for developing varicose veins.

Clinical Study Insights

DYNAFLOW™ Hydraulic Technology Diminishes Kinetic Pain And Amplifies Lower Extremity Circulation While Walking or Standing

When standing; The simple action of gently rocking back and forth (heel to toe) while standing can continually refresh feet and legs. Doing so further amplifies circulation.

Heel Impact is Dissipated

When the heel strikes the insole the fluid in the heel zone immediately dissipates the impact much like a highly effective hydraulic shock absorber.

Circulation is Amplified by Massaging Action

A pressurized fluid wave, created by heel to toe weight shift, massages the bottom of the foot in both directions as it moves forward and backward through the integrated channels.

INSOLE WITH ARROWS black background

Hydraulic Cycle is Repeated

Lifting the heel when completing the stride creates weight on the ball of the foot which reverses the flow direction to return the fluid to the heel zone.