| Customization: | Available |
|---|---|
| Portable: | Portable |
| Specification: | Aviation crate or cardboard box |






| Product Name | CO2 Fractional Vaginal Tightening Laser Machine (glass tube) |
| Wavelength | 10600nm |
| Power | 30-60W |
| Spot Size | 0.02-0.05mm² |
| Aiming Beam | Red semiconductor laser (635nm, less than 5mw) |
| Beam Transport Device | 6 knot light guide arm/dot matrix head/100mm cutting head/private head set |
| Scan Scope | Max 20mm x 20mm |
| Scan Shape | Circle, triangle, square, rectangle, hexagon, ellipse, line |
| Scanning Model | Random, Normal and Midsplit scan |
| Scanning Speed | More than 10m/s |
| Cooling System | Water + air circulation |
Experience advanced rejuvenation with the CO2 Fractional Vaginal Tightening Laser Machine, engineered with precision and performance for professional medical and aesthetic applications. Featuring an intelligent touch screen, this system offers smooth operation and intuitive control.
Powered by a 30-60W glass tube laser with a wavelength of 10600nm, it delivers consistent energy output for exceptional fractional resurfacing and tightening results. With an ultra-fine spot size of 0.02-0.05mm², treatments are highly precise, promoting faster healing and minimal downtime.
The device integrates a 7-joint light guide arm and a complete set of fractional, surgical, and private treatment heads, offering versatile applications for both facial and intimate area rejuvenation.
The adjustable scan scope (up to 20mm × 20mm) and multiple scan shapes—including circle, triangle, square, and hexagon—ensure tailored energy delivery for every patient's needs. Combined with random, normal, and midsplit scanning modes and a high scanning speed over 10m/s, this laser achieves optimal tissue stimulation, collagen remodeling, and tightening effects.
Equipped with a dual water and air cooling system, it guarantees stable operation and patient comfort throughout every treatment session—redefining precision, safety, and rejuvenation in modern laser therapy.








NexAffair Medical