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Limited model release · 3 spots

Quantum RF Clinical Model Experience

📅 Monday, May 4, 2026

👩‍⚕️ Performed by Ryan Kent, FNP-BCMD supervision on site

Procedure timing confirmed at your candidacy visit — clinical block at Hello Gorgeous, Oswego

We're opening 3 model spots for an advanced subdermal contouring procedure. This is a limited clinical opportunityreduced model investment (details at consultation — not a giveaway).

Or book a consultation to apply

What this procedure is for

Minimally invasive InMode Quantum RF — subdermal radiofrequency, not a surface facial.

  • Improve the appearance of loose skin
  • Help contour targeted areas
  • Support collagen remodeling over time (results build over weeks to months)

This is not a giveaway — it's a selected clinical opportunity with a reduced model investment for patients who meet criteria.

How to apply

We're making this easy on social and by text.

Option 1

On Instagram, comment MODEL on a recent Reel or post so our team can route your interest.

Open Instagram ↗

Option 2

Send a message: text MODEL to 630-636-6193 (opens SMS on your phone).

Text 630-636-6193

Individual results may vary. A consultation is required to determine candidacy. Not all applicants will be selected.

Questions

What is a clinical model spot?

We reserve a very limited number of model appointments for advanced contouring so selected patients can access the procedure with a reduced model investment, in exchange for documentation and case use consistent with our clinical protocols. It is not a free treatment.

How do I know if I’m a candidate?

Candidacy is determined only after medical evaluation. Quantum RF is a minimally invasive subdermal procedure; not every patient is appropriate. We’ll be direct with you if another approach is a better fit.

What should I do to apply?

Comment MODEL on our recent social posts, send us a text with the word MODEL (630-636-6193), or book a consultation online and reference “Quantum RF model” in your message.

Learn more about the procedure itself on our Quantum RF service page.