At synetik we believe that function should not come at the cost of comfort which is why our belts are designed to promote comfort and proper posture simultaneously.
Our belts have stood the test of time due to it high quality materials and craftsmanship. Our products come in a wide array of sizes and shapes to ensure that everyone can benefit from a quality belt.
At synetik we believe that function should not come at the cost of comfort which is why our belts are designed to promote comfort and proper posture simultaneously.
Our belts have stood the test of time due to it high quality materials and craftsmanship. Our products come in a wide array of sizes and shapes to ensure that everyone can benefit from a quality belt.
Offering all the same great features of the Axiom G, with better medial and lateral stability. With superior positioning features and surface tension reduction in the well, the Axiom P proves positioning cushions can still be comfortable while providing positioning and stability.
A skin protection cushion offering all the great features of the Axiom G, with a special emphasis on the area that distributes pressure around the tissues that support the bony prominences. Deeper hexagonal shapes allow for increased immersion with better envelopment, making Axiom S a great entry level skin protection cushion
Axiom SP Visco is designed to provide increased immersion, allowing the trochanters to bear an effective load. This improves stability by widening the base of support and reduces the load the tissue that supports the Ischial Tuberosities must bear. A thick section of a specially designed Viscoelastic foam deforms to immerse and envelop the Ischial Tuberosities. Using anthropometric design, this section also has two small areas where foam is removed under the Ischial Tuberosities to facilitate immersion. Viscoelastic material is both viscous (changes shape slowly) and elastic (it returns to its original shape). It deforms and returns to shape very slowly. There is a significant lag between when you deform a viscoelastic foam and when it returns to shape. Because energy is effectively absorbed and dissipated during the time lag there is less reaction force pushing back after deformation.