Fractional CO2 laser systems
Classic trolley
Three configurations on the same classic trolley platform, with a standard articulated arm.
Price on request
Search by laser source
- Selected model
- J9086
- Platform
- Classic trolley
- Laser type
- Fractional CO2
- Laser source
- 40 W glass CO2 tube
- Beam delivery
- Standard articulated arm
- Display setting
- A 60 W display setting is not verified optical output.
Model comparison
| Model | Laser source | Platform | Beam delivery |
|---|---|---|---|
| J9086 | 40 W glass CO2 tube | Classic trolley | Standard articulated arm |
| J9088 | 20 W RF CO2 tube | Classic trolley | Standard articulated arm |
| J9089 | 40 W RF CO2 tube | Classic trolley | Standard articulated arm |
A 60 W display setting is not verified optical output. Catalog reference prices from the source PPT are not shown here; please request a confirmed quotation.
How fractional CO2 works
Fractional treatment patterns create separated microthermal zones. Selected microscopic treatment points are separated by untreated surrounding skin.
Articulated arm
Jointed beam-delivery assembly for positioning the treatment handpiece. Scanner and handpiece compatibility depends on the supplied configuration.
Handpieces & accessories
Accessories illustrated in the original SG catalog: fractional scanner, ultrapulse handpiece, and optional probes. Exact included accessories and compatibility require model-level confirmation.
FAQ
What is the difference between J9086, J9088 and J9089?
They share the same classic trolley platform and a standard articulated arm. J9086 uses a 40 W glass CO2 tube, J9088 a 20 W RF CO2 tube, and J9089 a 40 W RF CO2 tube.
Is a 60 W display setting the actual optical output?
No. A 60 W display setting is not verified optical output. Use the stated laser-source ratings: 40 W glass, 20 W RF or 40 W RF.
What beam delivery is used?
A standard articulated arm. Scanner and handpiece compatibility depends on the supplied configuration.
Which handpieces and accessories are included?
The source catalog illustrates a fractional scanner, an ultrapulse handpiece and optional probes. Exact included accessories and compatibility require model-level confirmation.
What is this system used for?
Fractional CO2 technology is used in professional skin-resurfacing procedures in aesthetic and dermatology settings. Treatment selection, operator training and regulatory authorization must be evaluated for each market.