The 4D Fractional CO2 Laser Machine represents the cutting-edge in aesthetic and dermatological treatments, combining dual-wavelength technology (2940nm Er:YAG and 1064nm Nd:YAG) with advanced fractional CO2 capabilities. This professional-grade equipment delivers exceptional results for various skin conditions and cosmetic procedures.
Our system utilizes the latest fractional laser technology where the laser beam is divided into thousands of microscopic treatment zones. This innovative approach allows for targeted treatment while leaving surrounding tissue intact, significantly reducing recovery time and minimizing side effects. The fractional method stimulates collagen production effectively, resulting in remarkable skin rejuvenation.
The machine offers multiple treatment applications including skin resurfacing, wrinkle reduction, scar revision (including acne scars and surgical scars), stretch mark improvement, pigmentation correction, and vaginal rejuvenation. Its versatile functionality makes it an essential tool for dermatology clinics and aesthetic centers.
Equipped with a high-precision 7-jointed articulated arm and 12-inch color touch LCD screen, the system provides exceptional control and accuracy during treatments. The user-friendly interface supports multiple languages and offers various scanning patterns (square, rectangle, circle, triangle, oval, and hexagon) with adjustable sizes from 0.1x0.1mm to 20x20mm.
The advanced cooling system (water and air cooling) ensures stable operation during prolonged use, while the sealed laser device with DC stimulation guarantees consistent performance. The system features multiple operation modes including continuous, super pulse, and fractional modes, with pulse duration adjustable from 0.1ms to 400ms.
Safety is paramount with our system, which includes a 635nm infrared aiming beam for precise targeting and multiple built-in safety protocols. The machine meets international standards with CE and FDA certifications, ensuring reliability and compliance with medical device regulations.