Your skin’s fresh start—CoolPeel® CO2 laser in Arlington delivers visible renewal, improved tone, and refined texture in just days.
Transform Your Skin Without the
Typical CO₂ Downtime
CO₂ lasers have long been considered the gold standard for skin resurfacing, capable of dramatically softening wrinkles, smoothing scars, and restoring a more youthful skin structure. Traditional CO₂ treatments work deeply, which can require significant downtime for healing.
CoolPeel® changes that. Using the advanced Tetra CO₂ platform, we can customize your treatment depth—offering both medium‑to‑deep CO₂ resurfacing for more severe concerns or CoolPeel® settings for a lighter, more superficial treatment. This gentler approach refreshes skin tone and texture, minimizes pores, brightens discoloration, and smooths early fine lines—while keeping downtime to a minimum.
By avoiding unnecessary thermal damage, CoolPeel® allows you to enjoy visible rejuvenation safely, comfortably, and is safe for all skin tones and seasons. It’s effective for a wide range of concerns, from uneven pigmentation and dullness to acne scarring, post‑inflammatory discoloration, and even stretch marks.
CoolPeel With Tetra CO2 Laser Technology is Used to Treat:
- Fine lines
- Uneven skin tone
- Texture
- Large Pores
- Hyperpigmentation
- Sun damage
- Lingering Acne Scars
How CoolPeel With Tetra CO2 Laser Technology Works
The Tetra CO₂ laser in Arlington delivers short, high‑energy bursts in an extremely precise pattern, targeting only the top layers of damaged skin. These micro‑injuries remove dull, damaged cells and trigger your body’s natural repair process—stimulating collagen production and accelerating cell turnover for fresher, smoother skin.
Because CoolPeel® is designed to minimize heat buildup, it protects surrounding tissue and drastically reduces the risk of hyperpigmentation, scarring, or prolonged redness. The result is the proven skin‑renewing power of CO₂ resurfacing—delivered in a safer, more refined way, with recovery measured in days instead of weeks.
Benefits of CoolPeel With Tetra CO2 Laser Technology:
- Improves skin tone, texture, and clarity
- Softens fine lines and minimizes pores
- Reduces sun damage, age spots, and acne scars
- Little to no downtime compared to traditional CO2
- Safe, precise, and highly customizable
Why Clients Love Us
Tetra CO2 CoolPeel Laser FAQs
What is the Downtime of a CoolPeel?
One of the main benefits of a CoolPeel is that downtime is minimal. Most clients experience 1–2 days of redness, similar to a mild sunburn. Skin may feel dry or sandpapery for 3–5 days as it naturally exfoliates.
Important: For heavier settings or when treating darker skin tones, we require 8 weeks of pre-treatment skincare to condition your skin and ensure the safest, most effective results.
Do You Use Numbing for Coolpeel? Can I Tolerate the Treatment Without It?
Numbing cream can be applied for comfort, but many clients tolerate the procedure without it thanks to the CoolPeel’s gentle, reduced-heat settings.
Can I Be Tan or Have Been in the Sun Prior to a CoolPeel?
No. You should have absolutely no tan—real or fake—before your treatment. We require at least 2 weeks out of the sun to ensure safe and effective results.
Is CoolPeel Safe for Darker Skin Tones?
Yes, CoolPeel can be safe for clients with darker skin tones, but it requires additional care. Our providers always assess your skin type before treatment, and for higher-risk tones or deeper CoolPeel settings, we require 8 weeks of pre-treatment skincare to minimize complications and optimize your outcome.
Transform Your Skin with Precision Resurfacing
CoolPeel® delivers the skin‑renewing benefits of CO2 resurfacing—refined to fit into modern life. Whether you’re targeting early signs of aging, refreshing your complexion, or addressing stubborn texture concerns, this treatment offers visible, lasting improvements with less downtime than ever before.
Schedule your consultation for Tetra CO2 CoolPeel® laser in Arlington, VA, and see how advanced resurfacing can restore your skin’s healthiest, most radiant state.
