Derma Laser
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| Working mode | Single pulse, continuous pulse, repeated pulse, ultra pulse |
| Output power | 0-60W (adjustable) |
| Input power | 450VA |
| Laser type | Sealed-off CO2 laser |
| Laser wavelength | 10.6μm |
| Divergence angle | 4mrad |
| Focused spot diameter | ≤0.4mm |
| Tool bit focus | F=100mm (optional) |
| Pulse width | 0.02-0.99s |
| Aiming beam | Red diode laser (650nm, 2mW) |
| Transmission system | Spring-balanced 7 joint arms |
| Cooling system | Inside-circle coolant |
| Display screen | LCD |
| Working temperature | 5-40ºC |
| Humidity | < 80% |
| Air pressure | 86Kpa - 106 Kpa |
| Input power | AC220V±10%, 50Hz |
| Preheating-time | > 5min |
| N.W. | 37kgs |
| Size | 183 (with arms) × 45 × 40 cm |
The wavelength of CO2 laser is 10.6μm, which can be fully absorbed by human biology tissue. The sealed-off fractional CO2 laser output is transferred via a precision articulated arm, ensuring superior directionality and high energy density.
Operating in the invisible infrared waveband, the system utilizes a visible red diode laser aiming beam for precise targeting. As the laser passes through the focusing lens, the generated heat gasifies target tissues effectively.
With fractional resurfacing, the beam is divided into numerous micro-beams. This approach leaves small areas of untreated skin between the micro-treatment zones, facilitating rapid healing, promoting new collagen production, and significantly reducing recovery time.
