60% MORE ENERGY
The patented structure of the Xtride® system, combined with the weighted positioning in the midsole, guarantees real effectiveness in the dynamic cushioning of the shoe, increased by 60%. Despite the constant stresses to which it is subjected, Xtride® ensures lasting resistance throughout the useful life of the PPE.
It helps to save energy much longer than a traditional sole with a guaranteed effect of lightness and freedom of movement. Energy is conserved in the phase of contact with the ground, while in the movement phase the sole returns it by pushing the foot forward. It reduces fatigue with each step, facilitating walking.
REDUCTION OF MUSCLE-SKELETAL DISORDERS
The Xtride® system is the solution to improve the conditions of workers subjected daily to stress and critical positions. The support provides the correct posture and gives stability to each movement, removing the musculoskeletal disorders caused by the use of unsuitable footwear.
HELPS THE CIRCULATION IN THE LOWER LIMBS
The Xtride® system is designed to improve blood circulation in the legs and venous return to the heart, essential to avoid the appearance of varicose veins or reduce the appearance of those already present. It drastically eliminates the classic sensation of tingling and numbness in the extremities.
For those who work outdoors, the irregularity of the surface represents a constant danger that should not be underestimated. In fact, the slightest inattention can lead the worker to suffer painful trauma or falls. The Xtride® system provides footwear with extreme stability on all terrains.
We use a special thermoplastic material that guarantees the natural movement of the foot with each step, accompanying the user in every movement.
POSITIONING ON A SCALE
This new technology helps those who work on stairs. It offers stability during the climb, putting the operator in a more secure condition. It facilitates the operator to work for long periods in a static position on the stairs, relieving and eliminating any sensation of pain on the sole of the foot.