Equipment / Medical CO2 Laser with Adjustable Scan Coverage for Customizable Treatment Zones
Medical CO2 Laser with Adjustable Scan Coverage for Customizable Treatment Zones
No reviews yetKey attributes
- LASER POWER
- 1-80 W
- RESIDENCE
- 0.1-10.0 ms
- INTERVAL TIME
- 1-5000 ms
- SCAN TIMES
- 1-5 th
- GRAPH SIZE
- 0.1*0.1 to 20*20
- Vaporization depth
- 0.01 mm
Similar products
Key attributes
| LASER POWER | 1-80 W |
|---|---|
| RESIDENCE | 0.1-10.0 ms |
| INTERVAL TIME | 1-5000 ms |
| SCAN TIMES | 1-5 th |
| GRAPH SIZE | 0.1*0.1 to 20*20 |
| Vaporization depth | 0.01 mm |
| Thermal damage | less than 0.1 mm |
Ratings & reviews
No product reviews have been published.
No store reviews have been published.
Supplier
Product description
This medical CO2 laser features adjustable scan times and variable graphic sizing to match treatment areas precisely. Clinicians can scale coverage from small focal zones to broader surface regions, adapting each session to facial resurfacing, scar revision, or intimate procedures without switching hardware. The fractional delivery creates microscopic treatment columns while preserving surrounding tissue for manageable recovery. A built-in preview function lets operators verify pattern alignment before activating the beam, reducing repositioning and improving workflow efficiency. The system supports disorderly, center, and sequential scan modes alongside multiple geometric patterns including circle, triangle, square, rectangle, hexagon, ellipse, and line configurations. Laser irradiation rotates fully and adjusts angle for flexible positioning across body contours. Water cooling with tank fill requirement maintains thermal stability during extended use. Compatible treatment heads include pulse, 180-degree, 45-degree, and specialized vulvar probes for diverse clinical applications.
| Parameter | Specification |
|---|---|
| Model | |
| LASER POWER | 1-80 W |
| RESIDENCE | 0.1-10.0 ms |
| INTERVAL TIME | 1-5000 ms |
| SCAN TIMES | 1-5 th |
| GRAPH SIZE | 0.1*0.1 to 20*20 |
| Vaporization depth | 0.01 mm |
| Thermal damage | less than 0.1 mm |