FCR is a peeling treatment that massages marine-derived spicules into the skin to exfoliate dead cells and stimulate dermal regeneration. Ideal for treating acne, enlarged pores, and rough texture, it provides excellent skin renewal with less downtime compared to laser treatments.
- Treatment Duration
- Approx. 40 mins
- Anesthesia
- None
- Downtime
- After 2–3 days (exfoliation starts)
- Recommended Sessions
- Every 2–4 weeks, 3–5 sessions
RECOMMENDED FOR
Recommended For
- Those dealing with active acne alongside post-acne marks
- Those with enlarged pores and rough skin texture
- Those who want skin regeneration without the burden of laser procedures
WHY SIGNATURE
FCR (Spicule Coral Peel) at Signature Dermatology Clinic
Natural Micro-Spicule Regeneration
Marine-derived micro-spicules provide gentle micro-stimulation to activate deep skin regeneration.
Acne & Pore Refining
Effectively treats acne-prone skin by clearing excess sebum, sloughing off dead skin cells, and soothing inflammation.
Gentler Than Lasers
Without thermal damage, it is relatively gentle and comfortable even for sensitive skin types.
PROCESS
Procedure Steps
- 1Cleansing & Deep Scaling
- 2FCR Application & Massage
- 3Soothing Mask
- 4Post-Treatment Care Instructions
- 5Every 2–4 weeks, 3–5 sessions
NOTICE
Pre & Post-Care Instructions
- A tingling sensation and mild redness may last for 2–3 days, followed by natural peeling and skin recovery.
- Do not peel off dead skin flakes forcefully; keep your skin thoroughly moisturized and allow them to shed naturally.
- Treatment outcomes and recovery times may vary by individual. Since all procedures can carry potential side effects, please consult thoroughly with a medical specialist before treatment.
FAQ
Frequently Asked Questions
How much redness should I expect after the procedure?
Redness usually persists for 2–3 days, followed by fine flaking, with full recovery within about one week.
Is it also effective for acne scars?
Effective for shallow scars and skin texture; deeper scars are treated in combination with fractional laser.