Post-Procedure Skincare Routine: The Complete Guide
After laser, chemical peels, or microneedling, your skin is primed to overproduce pigment. The right actives, started at the right time, are the difference between a clean result and months of dark spots.
Post-procedure skin has one primary risk: melanocyte overactivation leading to dark spots that outlast the original concern. Preventing it requires three things simultaneously — blocking melanin synthesis, rebuilding the skin barrier, and neutralizing oxidative stress. That means 10% Tranexamic Acid + Bakuchiol + Quercetin, in a gentle base formulated for healing skin.
Why Post-Procedure Skin Needs Specific Ingredients
Laser resurfacing, chemical peels, IPL, and microneedling all disrupt the outermost skin layers. This controlled injury activates melanocytes, driving post-inflammatory hyperpigmentation (PIH) — dark spots that can be more persistent than the original concern.
Active intervention with melanin-inhibiting and barrier-repairing ingredients dramatically reduces PIH incidence. The key is choosing actives that work without causing further irritation on compromised skin.
This rules out retinol (photosensitivity, irritation on compromised skin), glycolic acid (too aggressive on a disrupted barrier), and benzoyl peroxide (generates free radicals). The clinical approach calls for Tranexamic Acid, Bakuchiol, and antioxidant support — which is exactly what CODE3 delivers.
The 3-Step Post-Procedure Protocol
1
Inhibit Pigmentation — Tranexamic Acid (TXA)
Skin trauma triggers a signaling chain — via keratinocytes, plasminogen, and prostaglandins — that instructs melanocytes to overproduce pigment. Tranexamic Acid at 10% concentration interrupts that chain at the source. Unlike hydroquinone, it does not bleach surrounding tissue and is well-tolerated on healing skin.
Start 48–72 hours post-procedure once the skin surface is intact. CODE3 delivers 10% TXA in a fragrance-free, non-comedogenic base formulated for sensitive, healing skin.
2
Repair the Barrier — Bakuchiol
Standard retinol is off-limits post-procedure — photosensitivity and irritation on skin that has not yet re-epithelialized. Bakuchiol, derived from Psoralea corylifolia seeds, activates the same retinoid receptors and drives equivalent collagen stimulation without those side effects. A 2018 double-blind trial in the British Journal of Dermatology confirmed equivalent wrinkle reduction to retinol with 44% less irritation.
Safe morning and evening from day 3 post-procedure. No photosensitivity risk. Both ULTRA and CODE3 contain Bakuchiol at clinically active concentrations.
3
Shield Against Oxidative Stress — Quercetin
Procedures generate a burst of free-radical activity that amplifies inflammation and compounds pigmentation risk. Quercetin, a plant-derived flavonoid, neutralizes those free radicals and reduces inflammatory signaling at the cellular level — enhancing the efficacy of TXA and Bakuchiol simultaneously.
Included in CODE3 (Patent Application #63/800,093) because the triad works measurably better together than any single component alone. Apply AM and PM as part of your full routine.
CODE3 — All Three Actives in One Formula
10% Tranexamic Acid + Bakuchiol + Quercetin. Formulated by a plastic surgeon for post-procedure recovery. Backed by a 100% money-back guarantee.
Starting actives too early risks irritation. Waiting too long allows unchecked melanocyte activation. These are general guidelines — always follow your provider's specific instructions.
Procedure
Initial Recovery
Start TXA + Bakuchiol
Full Routine
Fractional Laser
3–5 days
Day 5–7
Week 2
Ablative Laser (CO2/Er:YAG)
7–14 days
Day 10–14
Week 3–4
Medium Chemical Peel (TCA)
5–7 days
Day 7–10
Week 2–3
Superficial Peel (Glycolic/Mandelic)
1–3 days
Day 3–5
Day 5–7
Microneedling (0.5–1.5mm)
2–3 days
Day 3–4
Day 5–7
IPL Photofacial
1–3 days
Day 3–5
Day 5–7
Ingredients to Avoid Post-Procedure
Retinol and retinoidsIncreases cell turnover and causes irritation on skin that has not re-epithelialized
Benzoyl PeroxideGenerates free radicals that worsen inflammation on healing tissue
High-concentration Vitamin CL-ascorbic acid above 10% is low-pH and poorly tolerated on compromised skin
Essential oils and fragrancePotent sensitizers that trigger inflammatory responses on disrupted skin barriers
Physical exfoliantsMechanical abrasion tears newly forming tissue before surface integrity is restored
Niacinamide above 10%Can cause flushing and irritation during acute recovery at high concentrations
Alcohol-based tonersDehydrates and further degrades a barrier that is already impaired
Frequently Asked Questions
Yes. Tranexamic Acid is safe and clinically recommended after laser treatment. Wait until the skin has re-epithelialized — typically 5–7 days after fractional laser, 10–14 days after ablative laser. TXA does not cause photosensitivity and will not impede healing. At 10% concentration it is the most effective topical agent for preventing post-laser hyperpigmentation.
For superficial peels (glycolic, mandelic), begin gentle actives like Bakuchiol and TXA around day 3–5 once peeling is complete. For medium-depth TCA peels, wait 7–10 days. Avoid exfoliating acids or retinoids until week 3 or later for medium peels.
After microneedling prioritize barrier repair and pigmentation prevention. In the first 48 hours use only gentle fragrance-free hydration. From day 3, Tranexamic Acid (to prevent PIH) and Bakuchiol (to stimulate collagen without irritation) are the clinical standard. CODE3 contains both actives plus Quercetin antioxidant.
Yes. Bakuchiol is specifically recommended for post-procedure use because it delivers retinoid-equivalent benefits without the drawbacks. Unlike retinol, Bakuchiol does not cause photosensitization, peeling, or irritation. It can be used morning and evening from day 3 post-procedure.
Post-inflammatory hyperpigmentation occurs because skin trauma stimulates melanocytes to overproduce melanin via the plasmin pathway. This is particularly pronounced in Fitzpatrick skin types III–VI. Tranexamic Acid directly blocks this pathway, which is why it is the first-line topical treatment for post-procedure hyperpigmentation prevention.
Do not apply CODE3 or any active skincare immediately after ablative or fractional laser. Wait until the skin has re-epithelialized — no open wounds, surface intact. For most fractional procedures this is day 5–7. For ablative CO2 laser, wait 10–14 days.
Tranexamic Acid blocks the interaction between plasminogen and keratinocytes. Normally, inflammation activates plasminogen, which triggers prostaglandin production — stimulating melanocytes to produce melanin. TXA interrupts this chain reaction, reducing both the melanin signal and the inflammatory response driving it.
Use broad-spectrum mineral sunscreen (zinc oxide or titanium dioxide) SPF 50+ starting 24–48 hours after a procedure. Mineral sunscreens sit on the skin surface rather than being absorbed, which is safer on compromised skin. Reapply every 2 hours when outdoors.
Yes. Quercetin is a gentle antioxidant appropriate from the early recovery phase. It supports healing by reducing oxidative stress and complements TXA. In the CODE3 formulation, Quercetin works synergistically with TXA and Bakuchiol for comprehensive post-procedure care.
Surface healing after microneedling typically takes 3–5 days. However, the inflammatory signaling that leads to collagen remodeling and potential hyperpigmentation continues for weeks. Use TXA starting at day 3–4 and continue through the 4–6 week recovery window.
Reviewed by Dr. Daniel Jacobs, MD — Plastic Surgeon & Founder, Alón Labs
Dr. Jacobs developed the CODE3 formula to solve a problem he encountered in his own practice: patients leaving procedures without a clear, evidence-based skincare protocol. Alón Labs formulations have been in use since 2013.
