Plasticization Technology Process

1. Storage:

Fill the form with a concentration of 20% and then place in a vacuum package in Formarin for at least 4 months before dissection or transport. The role of Formarin in this is to fix and sterilize.

2. Anatomy:

Remove perishable fats from the muscle tissue of the body, exposing the nervous system, muscles and bones.

3. Dehydration:

Dehydrate diswatering the dissected body in a box. Before the bioplasticization technique, the body had been soaked in Folmarin, so the removed Falmarin in a cryogenic acetone dip and replaced with acetone.

4. Slice stereotyped:

In a frozen state, the body can be cut into 3.5 thick slices with a saw. These slices can distinguish between damaged and normal organs, such as the difference between smoking lungs and normal lungs, the difference between fatty liver and normal liver, etc. The carcass is frozen and sliced into a variety of shapes. Staff with small clips, steel needles, needles, wood and other utensils to dehydrated corpses bit by bit into shape. At this time, the human specimen muscles, dry and astringent, not a little elasticity, a root red blood vessels and muscle tissue clearly visible.

5. Vacuum replacement:

70% of the human body is liquid. Using plasticized specimentechnology, the liquid in the body tissue can be made through a special vacuum process by active plastics such as silicone rubber, Epoxy resin or polymerre is replaced. But the body's cells and the body's original appearance remain in their pre-preserved state even under a microscope. This process is carried out in four main steps: fixation. dehydration. Forced immersion. Hardening. Under the action of catalyst and negative pressure, the acetone is slowly replaced by silicone, and eventually becomes non-toxic, tasteless, long-lasting preserved finished specimen.