CO2 Fractional Laser Er YAG 4D Machine for Scar Removal & Vaginal Tightening | ZENI
$14,000.00
Description












Two Wavelengths. One Platform. Complete Skin and Mucosal Reconstruction.
The CO2 fractional laser Er YAG 4D machine combines 10,600nm CO₂ ablative energy with 2,940nm Er:YAG non-ablative thermal stimulation in a single hybrid platform. CO₂ delivers deep ablation and coagulation for scar revision, stretch mark treatment and skin resurfacing, while Er:YAG provides gentler, controlled heating for mucosal tightening and surface rejuvenation. The 360° vaginal probe enables full-circumferential treatment of the vaginal canal for collagen remodeling and tissue tightening.
10,600nm + 2,940nm
CO₂ ablation combined with Er:YAG non-ablative heating for layered treatment control.
360° Vaginal Probe
Full-circumferential laser delivery for even treatment of the vaginal wall and mucosa.
2+5 Year Coverage
2-year full-machine warranty plus 5-year critical component repair for long-term reliability.
CE + ISO Certified
CE and ISO certified with in-house PCB and finished product manufacturing since 2009.
Why Dual-Wavelength CO₂ + Er:YAG Matters
CO₂ laser (10,600nm) is strongly absorbed by tissue water, creating precise ablation and deep thermal coagulation. Er:YAG laser (2,940nm) has an even higher water absorption coefficient, which means shallower penetration and more superficial, controlled heating without ablation. When combined, the two wavelengths allow practitioners to treat different tissue depths in a single session: CO₂ for deep scar remodeling, stretch mark revision and epidermal resurfacing; Er:YAG for gentle mucosal tightening, surface rejuvenation and non-ablative collagen stimulation. Industry literature confirms that both CO₂ and Er:YAG lasers are established modalities for vaginal rejuvenation, with hybrid systems gaining adoption for their ability to fine-tune treatment intensity[reference:1]. Explore our skin rejuvenation solutions and fractional laser technology overview for related service planning.







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