The invention relates to a
gelatin embedding process of an orthopedic implanting material and equipment thereof. The
gelatin embedding process of orthopedic implanting material comprises the following steps:
cutting beef bones into granular bone grains with the
diameter of 5 millimeters, cleaning,
degreasing, decalcifying and then airing; placing the prepared bone grains in a bone grain preheating tank to be preheated to 50 DEG C for standby; soaking
gelatin in
distilled water at
room temperature for 30 minutes, transferring the gelatin to a vacuum gelatin preparation tank to be heated to 75-80 DEG C, uniformly stirring the gelatin, cooling the gelatin to 55 DEG C, adding
antibiotics to the gelatin, uniformly stirring the mixture, standing for defoaming and preserving the temperature of 50-55 DEG C for standby; placing the preheated bone grains in the vacuum gelatin preparation tank, stirring, vacuumizing for 3 minutes, defoaming, transferring into an ice and water separating tank to separate the bone grains by using a stirrer, transferring into a
vacuum drying cage to dry at the low temperature of 10 DEG C until 70% of water is removed, transferring into normal temperature for
drying, collecting the bone grains and transferring to an airing rack. The invention can not reduce or denature the original somatotropin and can ensure the uniform content of the
antibiotics and prevents the high-temperature destroy of the
antibiotics; and the product has the advantages of uniform and trim appearance and
batch production.