Uyn Woman Elevatyon Biomorph Underwear Pants Long

Technologies and manufacturing processes

• ULTRASTRUCTURE

  Inspired by the veins of insect wings, this ultra-light and flexible "exoskeleton" provides targeted support in all areas of the body that need it, while connecting the functional zones. Insect wings are extremely efficient in relation to their weight. The intricate pattern of the veins defines their functionality and distinguishes the insect species from one another.

• AIRSAC

  The thinner structure of the knitted fabric mimics the functions of the alveoli by facilitating the exchange of moisture produced by the body with the fresh outside air, thus ensuring better respiratory management. The alveoli are the smallest structures in the lungs. Their function is to exchange respiratory gases between the blood and the atmosphere. They look like small air chambers with a very thin wall.

• ISODUCT

  Isoduct technology targets areas of the body that tend to cool down quickly. Channels integrated into the fabric keep the air in contact with the skin so that it is warmed by body heat and forms a protective layer on the outside. The principle of Isoduct technology is inspired by the fur of Arctic animals. The hair forms pockets in which air is trapped, which is the strongest insulator in nature and protects against the cold.

• BIODRY

  In areas where sweating is particularly heavy, Biodry technology wicks sweat away through fine biofibers and allows the skin to breathe. The three-dimensional structure was developed by studying skin respiration in amphibians. In these cold-blooded animals, the skin is thin, highly vascularized and has numerous folds to increase the surface area.

• PROCONNECT

  Like the connective tissue of cartilage, which protects the joints from impact and at the same time promotes movement, Proconnect technology provides more strength in the most stressed areas without compromising the elastic properties of the fabric.