Using the latest skin care technology, the VCH-FL-I CO2 fractional laser offers minimally invasive treatment with remarkable results. It is able to deal with a variety of skin problems, like scars, pigmentation, skin aging, etc., bringing you firmer and younger-looking skin.
Ultrapulse pixel laser treatment is a new laser skin resurfacing technology. It has changed the physical medium and transmission mode of current laser, offering optimal energy and treatment effect. The microcomputer-controlled pixel laser transmitter targets hundreds of orderly arranged micron-level pulsed laser beams at the problematic skin part for controllable, accurate treatment.
Our CO2 fractional laser adopts the unique non-linear scanning technique, CoolScanTM. This technique allows for sufficient cooling time for each treatment point, so that the secondary skin burns caused by heat accumulation can be avoided. Also, the recovery time is shortened and the side effect is minimized. In addition, the patented UltraPulse technology ensures that each laser beam that penetrates the skin is fractional and of high energy.
During the treatment, the biochemical reactions of light and heat stimulate skin collagen regeneration and accelerate the natural healing process. After the stripping of the tiny scab on the treated area, fine and smooth skin appears.
Applicable Range
1. Scar Removal: Hypertrophic scars (traumatic scars, burn scars, atrophic scars), atrophic scars, etc.
2. Spot Removal: age spots, cafe-au-lait spots, etc.
3. Wrinkle Removal
4. Others: The CO2 fractional laser can also treat nevus, wart, small tumor, sagging skin, non-uniform skin tone after skin grafting, and other skin problems.
Advantages
1. Faster scanning speed effectively reduces the stinging sensation for patients during treatment.
2. Instant scanning and dotting reduce skin thermal damage and minimize the recovery time.
3. Arbitrary selection of scanning shape and size contributes to a wide operation range.
4. Tiny laser dots can reach dermal layer to stimulate collagen regeneration. On the skin surface, they create microscopic perforations, all of which can be easily cured, thus reducing the possibility of pigmentation.
5. The dot pitch is freely adjustable between 0.2mm and 2mm. During the clinical treatment, the operator can set different spot density in accordance with the patient's skin, lesion site, and the expected treatment result.
6. Each lesion site will be laser targeted for no more than five times. Therefore, the CO2 fractional laser is applicable for all kinds of skin, especially when it comes to scar removal.
7. The repetitive operation mode reduces work intensity for doctors.
8. The friendly operation interface makes it much easier to operate this CO2 fractional laser.
9. Unique security setting is utilized to inspect the scanning point from time to time for timely detection of problems, so as to ensure that no damage will be caused to the patient even if the scanner fails.
Item | SCANXELL (I) | SCANXELL (II) |
Input Power | 220±22 V, 50±1 Hz, 3A | 220±22 V, 50±1 Hz, 6A |
Wavelength | 10.6μm | |
Laser Mode | Low dielectric membrane | Base membrane |
Laser | Sealed-off CO2 laser | RF excited CO2 laser |
Laser Power | Average Power: 0.5-30W Peak Power: 120W | Average Power: 0.5-25W Peak Power: 60W |
Single Laser Pulse Energy | 5mJ-100mJ | |
Indicator Light for Targeting | <2mW,635nm (Brightness Adjustable) | |
Operation Mode | Single, Repetitive, Continuous | |
Spot Size | D<0.12mm | D<0.1mm |
Scanning Shape | rectangle, oval, triangle | |
Shape Size | L×W: 20mm×20mm | |
Scanning Mode | Point-by-point, discrete, hollow, and solid scanning | |
Dot Pitch | 0.2mm to 2.0mm | |
Beam Transmission Device | Balanced seven-joint light guide arm | |
Cooling System | Enclosed, circular water cooling | Air cooling |