Abstract: A maxillary, mandibular, or dual concussion orthotic that substantially reduces concussion resulting from forces applied to the lower jaw, and a method of producing the orthotic. The orthotic device produced according to the method described herein is objectively measured and produced to physiological parameters for an individual user. The orthotic is constructed so that the mandibular teeth are firmly indexed into the orthotic to hold the mandible in a specific position relative to the maxilla. The upper and lower jaws are positioned by the orthotic to act as a unit, and cooperate with the orthotic to effectively dissipate concussive forces and provide spacing of the temporomandibular joint, resulting in the decompression of the joint to mitigate transmission of concussive forces from the condyles of the mandible to the temporal bones of the skull.

Abstract: A maxillary, mandibular, or dual concussion orthotic that substantially reduces concussion resulting from forces applied to the lower jaw, and a method of producing the orthotic. The orthotic device produced according to the method described herein is objectively measured and produced to physiological parameters for an individual user. The orthotic is constructed so that the mandibular teeth are firmly indexed into the orthotic to hold the mandible in a specific position relative to the maxilla. The upper and lower jaws are positioned by the orthotic to act as a unit, and cooperate with the orthotic to effectively dissipate concussive forces and provide spacing of the temporomandibular joint, resulting in the decompression of the joint to mitigate transmission of concussive forces from the condyles of the mandible to the temporal bones of the skull.

Abstract: A maxillary, mandibular, or dual concussion orthotic that substantially reduces concussion resulting from forces applied to the lower jaw, and a method of producing the orthotic. The orthotic device produced according to the method described herein is objectively measured and produced to physiological parameters for an individual user. The orthotic is constructed so that the mandibular teeth are firmly indexed into the orthotic to hold the mandible in a specific position relative to the maxilla. The upper and lower jaws are positioned by the orthotic to act as a unit, and cooperate with the orthotic to effectively dissipate concussive forces and provide spacing of the temporomandibular joint, resulting in the decompression of the joint to mitigate transmission of concussive forces from the condyles of the mandible to the temporal bones of the skull.

Abstract: A maxillary, mandibular, or dual concussion orthotic that substantially reduces concussion resulting from forces applied to the lower jaw, and a method of producing the orthotic. The orthotic device produced according to the method described herein is objectively measured and produced to physiological parameters for an individual user. The orthotic is constructed so that the mandibular teeth are firmly indexed into the orthotic to hold the mandible in a specific position relative to the maxilla. The upper and lower jaws are positioned by the orthotic to act as a unit, and cooperate with the orthotic to effectively dissipate concussive forces and provide spacing of the temporomandibular joint, resulting in the decompression of the joint to mitigate transmission of concussive forces from the condyles of the mandible to the temporal bones of the skull.