A method for producing non-resorbable bone allografts having improved osteoconductivity and biocompatibility in regenerative dental and medical applications as compared with non-resorbable xenografts. The method comprises excising one or more bone allografts from a donor's body； freeze-drying the bone allografts； demineralizing the freeze-dried bone allografts； preserving and sterilizing the bone allografts； and thermal processing of the bone allografts at a temperature greater than about 300 degrees Celsius.
