Le CO₂ CeloLaser Compact integrates the power of a high-performance fractional CO₂ laser with a space-saving design, delivering exceptional clinical results in Resurfaçage de la peau, traitement des cicatrices, et réduction des rides. Its compact size allows seamless integration into clinics of any scale—without compromising on precision or treatment effectiveness.
The CO₂ laser stimulates the heat shock response (HSR), which promotes the production of heat shock proteins (HSPs), particularly Hsp70. Under laser-induced thermal stimulation, HSP70 transforms into TGF-β (Transforming Growth Factor Beta)—a crucial factor in promoting production de collagène et fibrotic remodeling.
This process targets both the vaginal mucosa et muscle layer, stimulating the regeneration of:
Le résultat: enhanced tightness, élasticité, et structural integrity of the vaginal tissue.
By promoting microvascular expansion, the CO₂ laser improves circulation sanguine, which:
This contributes to greater tissue hydration, improved texture, and a more lubricated and resilient vaginal environment—beneficial for both function and comfort.
Creates microscopic treatment zones to trigger régénération cutanée et remodelage du collagène, while preserving surrounding healthy tissue for faster recovery.
Induces a heat shock response (HSR), promotion HSP70 production which converts to TGF-β, enhancing collagen synthesis and extracellular matrix remodeling.
Laser energy stimulates mucosal and muscle layer collagen fibers, improving tension, élasticité, et hydratation à travers:
✅ Portable & Puissant: Space-efficient design with high-output performance
✅ Solution tout-en-un: From aesthetic resurfacing to intimate health treatments
✅ Intelligent Energy Delivery: Safer treatments with less discomfort
✅ Résultats plus rapides, Temps d'arrêt minimal: Efficient protocols with noticeable improvements
Article connexe:
https://fotromed.com/blog/fractional-co2-laser-vs-ipl/
https://fotromed.com/blog/fractional-co2-laser-vs-skin-analysis-machine/
https://fotromed.com/blog/fractional-co2-laser-vs-prp-kits/
https://fotromed.com/blog/q-switched-nd-yag-vs-fractional-co2-laser/
https://fotromed.com/blog/em-face-machine-vs-fractional-co2-laser/
https://fotromed.com/blog/led-pdt-vs-fractional-co2-laser/
https://fotromed.com/blog/rf-microneedling-vs-fractional-co2-laser/
https://fotromed.com/blog/hydrafacial-machine-vs-fractional-co2-laser/
Mode de travail | Balayage | CO2 |
Type laser | Scellé – au large du laser DC CO2 | |
Énergie de sortie | 1-60W | 1W -60W (Aller de l'avant avec 1W) |
Mode de sortie |
Le diamètre maximum du cercle de balayage:20mm
Le diamètre minimum:0.1mm |
Superpulse d'impulsion Pouls continu monopulse |
La zone maximale de rectangle de numérisation:20X20 la zone minimale:0.1X0.1 | ||
Visant la lumière | Éclairage indicateur de semi-conducteur rouge ﹙650 nm﹚ | |
Système de contrôle | Contrôle de micro-ordinateur grand écran Menu d'affichage de l'écran tactile | |
Transmission optique | 7 Articulate conjoint bras | |
Circuit de refroidissement | Refroidissement à eau circulant interne fermé | |
Dimensions | 59cm * 106cm * 87cm | |
Poids | 62kilos | |
Électrique | AC220V,50/60HZ 10A |
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