 1 - Alja-Safe® Acrobat® is measured into a plastic cup. |
 2 - An equal amount of water is measured out. |
 3 - Alja-Safe® Acrobat® has a 1:1 mix ratio by volume. |
 4 - The Alja-Safe® Acrobat® is firmly packed into the cup. |
 5 - The model is prepared with a non-latex plastic bald cap. |
 6 - The water is poured into a mixing container. |
 7 - The Alja-Safe® Acrobat® is sifted onto the water. |
 8 - The material is mixed rapidly and thoroughly. A turbine drill mixer may also be used. |
 9 - The resulting material holds a vertical surface well. |
 10 - the Alja-Safe® Acrobat® is applied to the face of the model using a wooden spatula. |
 11 - The material is smoothed over the surface of the face. Nostril holes are left open to pride an airway. |
 12 - A small wooden stick is used to further smooth out the material. |
 13 - After 10 minutes, the Alja-Safe® Acrobat® is fully cured. |
 14 - Gypsona® plaster bandages are moistened in warm water. |
 15 - The bandages are placed over the cured Alja-Safe® Acrobat®. |
 16 - The bandage support shell can be is allowed to cure for 10 minutes. |
 17 - The bandage support shell is gently removed. |
 18 - The Alja-Safe® Acrobat® is peeled away. The fiber reinforcement of Alja-Safe® Acrobat® reduces the risk of the mold tearing. |
 19 - Alja-Safe® Acrobat® captures excellent detail. |
 20 - A small amount of clay is used to seal the nostril holes. |
 21 - duoMatrix NEO® - a polymer gypsum casting material - is measured out 2A:1B by volume and mixed. |
 22 - duoMatrix NEO® is brushed into the mold. For more info on NEO®, CLICK HERE. |
 23 - Additional duoMatrix NEO® is added to provide strength. |
 24 - After 60 minutes, the bandage support shell is removed. |
 25 - The Alja-Safe® Acrobat® mold is removed from the cast duoMatrix NEO®. |
 26 - A wooden tool is used to remove any slight defects. |
 27 - The duoMatrix NEO® casting reflects excellent detail. |