Technology & Science
Fourth-generation peeling, explained by the science.
Fourth-generation peeling is a category beyond chemical acids and resurfacing devices. Instead of driving renewal through controlled inflammation, LHALALA uses INCUBE technology to exfoliate, regenerate and rebalance the skin while removing inflammation-inducing substances, an approach the brand positions as low-downtime and suitable across phototypes; product-specific evidence for both has not been supplied yet.
Recognized chemistry
Built on Nobel Prize–winning chemistry.
INCUBE applies the principles of Metal-Organic Frameworks (MOF) — the chemistry recognized by the 2025 Nobel Prize in Chemistry — to remove inflammation-inducing substances during peeling.
The actives
Each active, with the science behind it.
INCUBE / MOF
INCUBE applies the principles of MOF (Metal-Organic Frameworks), the chemistry recognized by the 2025 Nobel Prize in Chemistry, to adsorb and remove inflammation-inducing substances from the skin during peeling. This is the core mechanism behind renewal without inflammation. Variants: INCUBE 504 / 501 / 701 (PLLA).
Patent KR102768791B1 · LabInCubeH2sol™
A peeling composition with anti-inflammatory action and barrier improvement. Alkali plus H2sol from natural sources; gentle exfoliation via a phospholipid structure similar to the stratum corneum.
Application KR 10-2024-0109462 (pending)QPT™
Marine carbon quantum dots (Ulva linza): photothermal and non-toxic, per the patent record. The manufacturer describes strong absorption alongside laser/LED and help against photosensitivity.
Patent KR102225383B1 · Nat. Marine Biodiversity Institute of KoreaLHA
Lipo Hydroxy Acid (Capryloyl Salicylic Acid): exfoliation reaching the basal layer.
Fitzpatrick I to VI
The brand’s positioning: suitable for all phototypes and without rebound, because the mechanism is not inflammation-driven. Product-specific evidence has not been supplied yet, so this is not presented as a tested claim.
Low-downtime by design
Renewal is designed to happen without the controlled inflammation behind visible recovery in conventional peels. Recovery time has not been measured in a product-specific study.
What the mechanism changes in practice.
- Renewal designed without an inflammation step, which the brand positions as low-downtime.
- Positioned for Fitzpatrick I to VI; product-specific evidence on phototype coverage has not been supplied yet.
- Integrates with laser, ultrasound and microneedling protocols already in the workflow.
- A platform, not a single SKU: see the LHALA Peel, LHALA Foam and Biome Fit Gel Mask across the product line.
FAQ
Technology questions.
What is INCUBE / MOF technology?
INCUBE is LHALALA’s core technology. It applies principles of MOF (Metal-Organic Frameworks), the chemistry recognized by the 2025 Nobel Prize in Chemistry, to adsorb and remove inflammation-inducing substances from the skin during peeling. This is what lets the treatment renew skin without relying on inflammation.
Why is it positioned as low-downtime?
Conventional peels often drive renewal through controlled inflammation, which produces redness and recovery time. According to the manufacturer, LHALALA’s actives (H2sol, QPT, LHA) exfoliate and support the barrier with an anti-inflammatory profile. Recovery time has not been measured in a product-specific study.
Can LHALALA combine with laser, ultrasound or microneedling?
Yes. The line is designed to integrate with laser, ultrasound and microneedling protocols. The manufacturer describes QPT actives as showing strong absorption alongside laser/LED while helping prevent photosensitivity.
Is it suitable for all Fitzpatrick types?
The brand positions it for Fitzpatrick I through VI, because the mechanism is not inflammation-driven. Product-specific evidence on phototype coverage and rebound has not been supplied yet, so it is not presented as a tested claim.