CO2 Fractional Laser Machine
This portable CO2 fractional laser machine is listed at 10600 nanometres with a 40 watt output and three scanner spot sizes. CO2 fractional equipment is bought on wavelength, power, scanner options, and the working arm, because those decide the treatment depth pattern and the area that can be covered in one pass. This listing gives all four, which makes it one of the more completely specified models on this site.
The scanner handpiece is listed with 120, 300, and 1000 micrometre spots, and the surgical handpieces are listed as a zoom handpiece from 0.2 to 10 millimetres, a Micro F50 handpiece with an optional 500 micrometre spot, and a Micro F100 handpiece with an optional 1000 micrometre spot. Three treatment heads are listed. Before ordering, confirm which handpieces are included in the base configuration and which are optional, because the listing marks two of them as optional.
The working head focal length is listed as F equals 75 millimetres, the indication beam as a red diode laser at 650 nanometres under 5 milliwatts, and the transmission system as a 7-articulation joint spring arm. The cooling system is air cooling, the environmental temperature range is 5 to 40 degrees Celsius, and relative humidity is under 80 percent. The power supply is listed as approximately 220 volts plus or minus 22 volts at 50 hertz plus or minus 1 hertz. Dimensions are 52 by 68 by 132 centimetres and weight is 35 kilograms.
A source text note: the specification table on the source page lists the laser type as “10.6pm” [sic]. This page uses the 10600 nanometre value stated in the body text and records the table entry as written, rather than silently correcting it. Confirm the laser type wording with the supplier if your market's documentation requires an exact match.
Specifications As Listed
| Wavelength | 10600nm |
|---|---|
| Output power | 40W |
| Laser type as listed in the source table | “10.6pm” [sic]; this page uses 10600nm |
| Focal length of working head | F=75mm |
| Indication beam | Red diode laser (650nm, under 5mW) |
| Transmission system | 7-articulation joint spring arm |
| Scanner handpiece spots | 120µm / 300µm / 1000µm |
| Surgical handpieces | Zoom 0.2 to 10mm; Micro F50 (optional spot 500µm); Micro F100 (optional spot 1000µm) |
| Cooling system | Air cooling |
| Environmental temperature | 5°C-40°C (as listed) |
| Relative humidity | Under 80% |
| Power supply | ~220V±22V, 50Hz±1Hz |
| Dimension | 52 * 68 * 132cm |
| Weight | 35kg |
The source specification table lists the laser type as “10.6pm” [sic]. This page records that entry as written and uses the 10600nm value from the body text; it does not silently correct the table.
Before You Order
Before payment, confirm the following for your exact model and configuration:
- Confirm the full specification table, including any value marked as listed separately on this page.
- Ask for the certification documents that apply to your market. Certificates are available upon request.
- Confirm the MOQ, lead time, packaging, and shipping terms for your order quantity.
- Confirm the warranty scope, spare parts availability, and after-sales support channel.
Related Pages
Working Arm, Smoke, and Room Requirements
The 7-articulation joint spring arm is a practical advantage that deserves attention during a demonstration: it decides how freely the operator can position the handpiece and how much effort a long session takes. Ask to see the arm move through its full range and to feel how the spring balance behaves at different angles. Smoke management is the second practical item. The specification lists a built-in air blow smoke exhausting system, and the buyer should confirm how it performs during continuous use, whether external extraction is also recommended, and what filters or consumables it needs. Room requirements complete the check: the machine needs stable power at the listed voltage, ventilation that suits the smoke system, and enough space for the 52 by 68 by 132 centimetre unit plus the operator's working area.