Pmise CF-01

How it works

At 10600nm the chromophore is water, and skin is mostly water. The beam is absorbed within the first tens of micrometres, vaporising tissue precisely where it lands. Fractional mode splits that energy into a grid of microscopic columns, leaving bridges of untouched skin between them; those bridges are why fractional wounds close in days rather than weeks.

The columns do two things at once. They clear damaged surface tissue, and their thermal zones trigger a wound-healing response that remodels collagen over the following months. That is the whole mechanism behind CO2 resurfacing: controlled micro-injury, then organised repair. Pulse width here runs from 0.067 to 0.67ms, short enough to ablate cleanly and keep bulk heating of surrounding tissue low.

Applications

• Atrophic and rolling acne scars, surgical and traumatic scars
• Full-field and fractional skin resurfacing for texture, tone and fine lines
• Skin rejuvenation programs paired with a conservative density ladder
• Benign epidermal lesions under medical supervision

Key advantages

• RF-excited CO2 source from COHERENT with CW, ultrapulse and fractional pulse group modes
• Pulse energy 2-200mJ and four spot densities, from gentle to aggressive on one platform
• Sequential or randomized scanning to spread thermal load across the treatment field
• Six scan shapes (triangle, square, rectangle, rhombus, round, line) that fit real anatomy
• 7-joint articulated arm for precise, fatigue-free handpiece positioning
• Air cooling only, no water loop to service

Specification

Frequently asked questions