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The KidCap™ is a cranial orthosis used to treat abnormally shaped craniums in infants between the ages of three (3) months to eighteen (18) months of age. It is designed to address abnormal cranial configurations classified as nonsynostotic positional plagiocephaly and post-operative nonsynostotic plagiocephaly. It includes infants with plagiocephalic, brachycephalic and scaphocephalic patterned head shapes, and post-operative craniosynostosis management. The KidCap™ utilizes the principles of static equilibrium to influence the cranial plates while utilizing an anatomical kinetic chain to influence the bones comprising the orbits, cheek structure, and lower mandible. The orthosis is designed to intimately contact the prominences of the expanding cranium, but will not initiate a force upon the cranium. The KidCap™ is only available if prescribed by a physician.

The KidCap" is a cranial orthosis used to treat abnormally shaped craniums in infants three (3) to eighteen (18) months of age. The orthosis contains the protruding aspects of the cranium in a static equilibrium while guiding the growth of the flattened areas of the skull into the created spaces. The orthosis is custom designed for each patient by obtaining a three-dimensional scan of the patient cranium using the Omega Scanner. The scan of the cranium is translated into a digital image of the shape in the Computer Aided Design (CAD) software. From the digital image a positive model is generated by Ohio Willow Wood using a CAD carver. The positive model is then used to manufacture the KidCap". The orthosis is composed of a rigid polymer shell, Durr Plex™ with biocompatible foam padding. The orthosis is held together with a polyethylene hinge, and two lateral guides composed of Polypropylene. The external pieces are adhered to the orthosis with polymer rivets that are countersunk into the interior for a smooth, unobtrusive transition with the orthosis. The anterior and posterior sections of the orthosis are held secure with a 3/4" Velcro™ strap that encircles the posterior hemisphere of the orthosis has ventilation apertures to promote convectionary cooling as the patient perspires