Platelet Rich Fibrin

B.Y.O.B.

(Bring Your Own Blood)

What is PRF?

Comparison chart of PRP and PRF blood components. PRP is platelet-rich plasma with high G-force centrifugation, faster centrifugation damages cells, shorter growth factor release, includes additives. PRF is platelet-rich fibrin with low G-force centrifugation, preserves cell vitality, slower growth factor release, 100% natural and additive free. Majority of cells shown in the middle of test tubes.

Platelet-Rich Fibrin (PRF) is the most advanced form of autologous blood concentrate available today. PRF is derived from the patient’s own blood and processed using a low-speed centrifugation system, which preserves a higher concentration of platelets, as well as white blood cells, mesenchymal stem cells, and a fibrin matrix. Unlike PRP (Platelet-Rich Plasma), PRF contains no additives or anticoagulants that strip the fibrin matrix which allows for the slow release of growth factors.

How it Works?

During a PRF treatment session, a small sample of your blood is taken and processed to separate the platelets and fibrin—the essential components responsible for tissue repair and healing support. This concentrated PRF is then skillfully applied or injected into the targeted area, releasing a powerful blend of growth factors and cytokines that jumpstart your body's natural healing mechanisms.

The Platelet-Rich Fibrin (PRF) technique uses the most advanced blood concentrate technology to generate a fibrin matrix rich in platelets, leukocytes, and mesenchymal stem cells. This process results in the constant release of growth factors and interleukins for 10-12 days, accelerating tissue healing and skin regenerating processes.

This 100% autologous rejuvenation technique exhibits substantial progress from the well-established PRP (or Platelet-Rich Plasma) technique, where growth factors are all released only for a few minutes after treatment. PRF is all-natural.

What is the Difference between PRP and PRF?

Comparison of PRF and PRP blood treatments, showing PRF with low force centrifugation preserving cell vitality, slower release of growth factors, and natural composition, versus PRP with high force centrifugation causing cell damage, rapid growth factor release, and additives.

PRF vs PRP

A two-column infographic with numbered points about PRF and PRP. The left column is orange, and the right column is green. The points compare characteristics of PRF and PRP, including their natural composition, centrifuge speed, growth factor release, and cell concentration.