Skip to content 
PRF treatment Arlington Heights
Patients in Arlington Heights exploring regenerative aesthetics are increasingly asking about platelet-rich fibrin. This guide explains what PRF treatment Arlington Heights patients should understand about the science, the process, the target areas, and how PRF compares to related treatments.
What Is Platelet Rich Fibrin?
Platelet rich fibrin PRF is a biological concentrate prepared from a small sample of a patient’s own blood. The process begins with drawing a small amount of blood, typically 10 to 20 milliliters, from the patient’s arm. That sample is then placed into a centrifuge, which spins at a controlled speed to separate the blood into its components.
The centrifuge separates red blood cells from the upper layers. What remains is a fibrin matrix rich in platelets, white blood cells, and stem cells. This matrix holds concentrated growth factors that the body uses to repair damaged tissue, build new collagen, and support vascular regeneration.
PRF differs from its predecessor, platelet rich plasma PRP, in one important way. PRP requires anticoagulant additives to prevent clotting during processing. PRF does not. The fibrin clot that forms naturally during centrifugation acts as a slow-release scaffold, allowing more gradual and sustained growth factor release over days rather than hours. This makes PRF a more physiologically natural option for patients.
PRF vs. PRP: Key Differences
Patients in the Arlington Heights area often encounter both PRF and PRP when researching regenerative treatments at a medical spa or clinical setting. The table below summarizes the most important distinctions.
| Feature | PRF (Platelet Rich Fibrin) | PRP (Platelet Rich Plasma) |
|---|---|---|
| Generation | Second generation | First generation |
| Additives | None — pure autologous concentrate | Requires anticoagulants |
| Growth factor release | Slow, sustained over several days | Rapid, shorter duration |
| Contains white blood cells | Yes | Minimal or none |
| Contains stem cells | Yes | Minimal or none |
| Risk of allergic reactions | Very low — derived from patient’s own blood | Very low — derived from patient’s own blood |
| Fibrin scaffold | Yes — supports tissue integration | No |
The sustained growth factor release profile of PRF is one reason clinicians and patients increasingly prefer it for both facial rejuvenation and tissue repair applications.
PRF in Dentistry: A Clinically Established Foundation
PRF was not developed in a medical spa. It was developed in oral and maxillofacial surgery. French surgeon Joseph Choukroun introduced the technique in 2001 specifically for use in bone grafting and implant procedures. Since then, PRF has become a standard tool in oral surgery, periodontal therapy, and dental implant placement worldwide.
This origin matters for patients in Arlington Heights. Dentists who use PRF in their surgical practice bring direct, hands-on familiarity with the centrifugation process, the fibrin matrix, and the tissue environments where growth factors do their work. That clinical depth is not always present in practitioners who encounter PRF only in an aesthetic context.
Dr. Bilus Poles, DDS, MAGD, of Omni Dental in Arlington Heights holds the Master of the Academy of General Dentistry designation, placing him in the top 2% of dentists in the United States and Canada for continuing education. His background in implant dentistry and oral surgery includes direct clinical experience with PRF as a healing accelerant — a foundation that informs his understanding of how growth factors interact with living tissue.
How PRF Treatment Works: Step by Step
The PRF treatment process is straightforward and takes place entirely in a single appointment. The following steps apply whether PRF is being used for facial rejuvenation or tissue support.
- Step 1 — Blood draw: Drawing a small amount of blood from the patient’s arm, typically from the antecubital vein, using a standard phlebotomy technique.
- Step 2 — Centrifugation: The sample is spun in a centrifuge at a low speed without additives, allowing the fibrin clot to form naturally.
- Step 3 — Separation: The clinician separates the PRF layer from the red blood cell layer below it.
- Step 4 — Preparation: Depending on the application, the PRF may be used as an injectable liquid, applied topically during microneedling, or compressed into a membrane for surgical use.
- Step 5 — Application: The PRF is injected into the target area or applied to the treatment zone, where the fibrin matrix begins releasing growth factors over the following days.
The entire appointment, from blood draw to application, typically takes 45 to 60 minutes. Because PRF comes from the patient’s own body, there is no waiting period for allergy testing or compatibility screening.
Target Areas and Clinical Applications
PRF treatment target areas span both aesthetic and clinical applications. The growth factors released from the fibrin matrix support tissue repair across a range of treatment zones.
Facial Rejuvenation
When injected into the target area of the face, PRF stimulates collagen production and improves skin texture over several weeks. Results build gradually as the body’s natural healing response creates new collagen fibers beneath the surface. Common facial target areas include the under-eye hollows, cheeks, nasolabial folds, and perioral region around the mouth.
PRF also pairs well with microneedling. Applying PRF topically during a microneedling session allows growth factors to penetrate the micro-channels created by the needles, amplifying the skin renewal response. This combination addresses fine lines, uneven texture, and dullness with minimal downtime.
Hair Restoration
Injecting PRF into the scalp has shown promise for patients experiencing early-stage hair thinning. The growth factors in PRF support the hair follicle environment by improving circulation and reducing local inflammation. Multiple sessions are typically required, spaced 4 to 6 weeks apart.
Dental and Surgical Healing
In a dental context, PRF accelerates healing after tooth extractions, bone grafting, and implant placement. The fibrin membrane acts as a natural barrier and scaffold, supporting bone and soft tissue regeneration. This application is well documented in the peer-reviewed literature and represents the longest-established clinical use of PRF. For more context on how dental implant procedures integrate regenerative techniques, the dental implant process is a related topic worth reviewing.
What to Expect: Results and Recovery
Because PRF relies entirely on the body’s natural healing response, results develop gradually rather than appearing immediately. Patients typically notice the following timeline.
- Days 1 to 3: Mild swelling or bruising at injection sites, which resolves quickly.
- Weeks 1 to 4: Initial improvements in skin hydration and texture as the growth factor release begins stimulating new collagen.
- Months 2 to 3: More visible improvements in fine lines, volume, and overall skin quality as collagen remodeling progresses.
- Months 3 to 6: Long lasting results that continue to improve, particularly after a series of 2 to 3 treatments.
Most patients return to normal activities the same day or the day after treatment. Unlike many synthetic injectables, PRF requires minimal downtime because it does not introduce foreign substances into the body. Sun protection and gentle skincare are recommended in the days following treatment.
Who Is a Good Candidate for PRF Treatment?
PRF is appropriate for most healthy adults interested in regenerative aesthetics or accelerated healing. The following patients tend to be strong candidates.
- Adults seeking gradual, natural-looking improvement in skin texture and volume
- Patients who prefer treatments derived from their own biology rather than synthetic fillers
- Individuals experiencing early hair thinning who want a non-pharmacological option
- Dental patients undergoing extractions, bone grafting, or implant procedures where PRF can support healing
- Patients with a history of reactions to synthetic injectables who need a lower-risk alternative
PRF is not appropriate for patients with active infections, blood disorders, or those taking blood-thinning medications without physician guidance. A thorough consultation with a qualified provider is the appropriate first step for any patient considering prf treatment arlington heights.
PRF Safety and Evidence Base
PRF has an extensive clinical record dating back more than two decades in oral surgery and periodontology. Its autologous nature — meaning it comes entirely from the patient’s own blood — means the risk of allergic reactions or systemic rejection is exceptionally low. No synthetic additives, bovine thrombin, or external agents are introduced during standard PRF preparation.
Research published in peer-reviewed journals including the Journal of Oral and Maxillofacial Surgery has documented PRF’s effectiveness in bone regeneration and wound healing. The aesthetic applications of PRF, while more recent, are supported by a growing body of clinical literature on growth factor-mediated skin rejuvenation.
As with any injectable treatment, outcomes vary by patient. Provider experience with the centrifugation protocol, injection technique, and post-treatment guidance all influence results. Patients researching prf treatment arlington heights options should ask any prospective provider about their specific training and clinical experience with PRF preparation and application.
Get Started
Services
Download
Looking for dental tips and advice?
Check out our blog for the latest articles on oral health, cosmetic treatments, and dental care tips.
Experiencing tooth discomfort or pain?
Don’t wait!
Our Arlington Heights dental office is here to provide relief and help you return to pain-free living. Learn more about how we can assist you.