1. Ultra-Pulsed CO2 Fractional Laser Technology

Precise and Efficient Energy Release: The ultra-pulse mode can release high energy in an extremely short time, making the effect of the laser on skin tissue more precise and efficient. With remarkable treatment results, it can quickly vaporize and ablate pathological tissues such as acne scars and wrinkles.

Reduced Thermal Damage: The short action time leads to less thermal damage to the surrounding normal tissue. The postoperative recovery is faster, there are relatively fewer complications, and the patient experiences less pain.

2. Fractional CO2 Laser Technology

Matrix Arrangement of Laser Beams: Also known as fractional CO2 laser technology, it is an improved and upgraded version of the traditional CO2 laser technology. Through devices like a computer pattern generator, the laser beams are arranged in a matrix, forming tiny laser spots. When acting on the skin, it only generates a thermal shock in a small area, leaving some skin unaffected. These unaffected skin tissues can serve as thermal diffusion areas, promoting skin healing, reducing side effects such as thermal damage, and also stimulating collagen production to achieve skin rejuvenation and improvement of skin texture.

3. Combination of CO2 Fractional Laser and Radiofrequency Technology

Synergistic Enhancement of Treatment Effect: New devices combine CO2 fractional laser and radiofrequency technology. By utilizing the vaporization and ablation ability of the CO2 laser and the deep heating and collagen-stimulating effect of radiofrequency, the treatment effect can be further enhanced. Especially for problems such as skin laxity and deep wrinkles, it can achieve better tightening and lifting effects and also shorten the recovery time after treatment.

4. Intelligent Energy Control and Scanning Technology

Accurate Adjustment of Energy Output: The latest CO2 fractional laser devices have more intelligent energy control and scanning modes. The device can accurately and automatically adjust the laser energy output according to different skin types, treatment areas, and disease severities, ensuring the safety and effectiveness of the treatment.

Even Coverage of the Treatment Area: The improvement of the scanning technology enables the laser to cover the treatment area more evenly, avoiding problems such as spot overlap or omission, and improving the consistency and aesthetics of the treatment effect.

5. Non-Ablative CO2 Fractional Laser Technology

Non-Obvious Traumatic Photothermal Effect: Different from the traditional ablative CO2 fractional laser, the non-ablative CO2 fractional laser does not cause obvious trauma and ablation on the skin surface during the treatment process. Instead, it stimulates the proliferation and reorganization of collagen in the deep layer of the skin through the photothermal effect of the laser, thereby achieving the effects of improving skin texture and reducing wrinkles.

Fast Recovery and Multiple Treatments: The advantage of this technology is that the postoperative recovery is faster, with almost no downtime. The patient can return to normal life and work more quickly. However, usually, multiple treatments are required to achieve an effect similar to that of the ablative laser. It is suitable for patients who have higher requirements for recovery time after treatment and relatively mild skin problems.