PuraPlas™ platelet-rich plasma (PRP) is a skin rejuvenating system designed to help restore your natural beauty.
PuraPlas™ aids in the body’s natural repair process and contains Growth Factors known to boost tissue regeneration and stimulate collagen production, leaving skin feeling smoother, softer and hydrated.
The PuraPlas™ system is optimized to assist these Growth Factors in treating the classic signs of aging, photo-damage, acne scars, thinning hair and more.
Platelets are cells that naturally assist your body in healing and generating new tissue. Platelets also contain Growth Factors, which are involved in stem cell migration, and ultimately activate, rejuvenate and regenerate cells throughout the body.
By isolating the platelet-rich portion of your blood and injecting it back into target regions, you are able to fight the signs of aging and correct imperfections using your body’s natural biology.
2. The blood is then spun in a centrifuge to separate the different components. (e.g., red blood cells, white blood cells and plasma).
3. Once the blood has been separated, the plasma (PRP) is extracted from the tube.
4. The PRP is injected into the desired treatment area.
The PuraPlas™ system is optimized to assist these Growth Factors in treating the classic signs of aging, photo-damage, acne scars, thinning hair and more.
How It works:
The PuraPlas™ system uses your own blood to isolate plasma, where a concentrate of nutrients and platelets reside.Platelets are cells that naturally assist your body in healing and generating new tissue. Platelets also contain Growth Factors, which are involved in stem cell migration, and ultimately activate, rejuvenate and regenerate cells throughout the body.
By isolating the platelet-rich portion of your blood and injecting it back into target regions, you are able to fight the signs of aging and correct imperfections using your body’s natural biology.
The Process
1. A small of amount of blood is collected.2. The blood is then spun in a centrifuge to separate the different components. (e.g., red blood cells, white blood cells and plasma).
3. Once the blood has been separated, the plasma (PRP) is extracted from the tube.
4. The PRP is injected into the desired treatment area.