L-alternative-au-botox-par-microneedling-avec-l-actif-botox-like KOREA LABS

The L alternative to Botox: microneedling with the “botox-like” active ingredient

Intensive 9GF BTX (DM.Cell): the “botox-like” microneedling alternative

The Intensive 9GF BTX professional serum by DM.Cell is an innovation from Korea, designed to reproduce Botox’s smoothing effect without injections.

Used in microneedling, it combines a complex of 9 biomimetic peptides, growth factors and ginseng stem cells for a visible firming, regenerating and rejuvenating effect from the first sessions.

The “botox-like” mechanism

L’Acetyl Hexapeptide-8, also known as argireline, is a peptide that acts on the skin’s surface by limiting the release of neurotransmitters responsible for muscle micro-contractions.
Result: expression lines (forehead lines, crow’s feet, smile lines) are visibly smoothed without completely blocking the muscle.
This is known as a botox-like effect: gentle, gradual relaxation without loss of mobility or a frozen look.

Why use “botox-like” products with microneedling?

Microneedling creates microchannels in the skin, promoting deeper penetration of peptides and growth factors.
This dual effect (mechanical stimulation + active ingredient delivery) boosts collagen production, improving skin texture and firmness.

It allows people who are wary of Botox injections to be treated more naturally.

Intensive 9GF BTX, a 100% active, water-free formulation

L’Intensive 9GF BTX is formulated without water: every drop is made up solely of pure active ingredients.
The 9GF complex (20%) combines:

  • Acetyl Hexapeptide-8 (Argireline) — a “botox-like” peptide that reduces the contraction of the muscles responsible for expression lines.

  • Copper Tripeptide-1 (GHK-Cu) — a powerful regenerative and anti-inflammatory agent that promotes collagen synthesis and skin repair.

  • EGF, FGF, IGF, KGF and TRX — growth factors that stimulate cell regeneration and the production of elastin and collagen.

  • BTX Herb Complex and ginseng stem cells — rich in antioxidants and nutrients to revitalize skin tissue.

This synergy of active ingredients makes 9GF BTX a true anti-aging concentrate, ideal for protocols involving microneedling, Dermapen or needle-free mesotherapy.

More information about Intensive 9GF BTX here.

 

Difference between Intensive 9GF BTX and injected Botox (botulinum toxin).

Criteria Intensive 9GF BTX Botox (botulinum toxin)
Administration route Topical + microneedling Intramuscular injection
Primary action Gentle muscle relaxation + skin regeneration Temporary blocking of muscle contraction
Result Gradual, natural, cumulative Fast, visible in 3 to 5 days
Duration of effect 1 to 3 months, depending on maintenance 4 to 6 months
Invasiveness / side effects Non-invasive, no paralysis, no social downtime Medical procedure, risk of asymmetry and bruising
Overall goal Overall skin rejuvenation Targeted muscle relaxation

 

Thus, 9GF BTX is not a medical substitute for Botox, but an ideal cosmetic alternative for clients seeking a natural, injection-free smoothing effect.
It acts on muscle dynamics, skin texture and tissue regeneration.


Results observed with Intensive 9GF BTX thanks to its Botox-like effect.

  • Visible smoothing of expression lines.

  • Improved firmness and dermal density.

  • More even complexion and instant radiance.

  • Cumulative effect after several sessions.

Results can be enhanced with combined protocols (exosomes, RF, LED).

Who is the “Botox-like” treatment for?

  • Mature skin with expression lines.

  • Tired or sagging skin.

  • Clients seeking a non-invasive lifting effect.

  • Before or after injections to prolong the effects of Botox.


L’DM.Cell Intensive 9GF BTX embodies the professional K-Beauty philosophy: performance, regeneration and natural results.
Used in a microneedling treatment course, it is a safe and effective alternative to injections, while improving skin quality over the long term.

Available at Korea-Labs.fr — DM.Cell distributor for beauty professionals in France and Europe.

Share:

Leave a Comment

Please note, comments need to be approved before they are published. * is required field.