CO2RE is a versatile fractional CO2 system that enables precise targeting and effective treatment of the skin’s surface, middle and deep dermal levels. Perform fractional CO2 resurfacing, traditional ablation and minor dermal excisions with the unique ability to treat both superficial and deep skin layers simultaneously with precision-control over the intensity, pattern and depth of ablation.
It is optimal for Fitzpatrick skin types I-III, and is the obvious choice for skin rejuvenation and wrinkle reduction when practitioners and patients understand the treatment tradeoffs of superior, single-treatment results for elevated discomfort and downtime. Flexible and targeted, CO2RE technology makes this decision easier by delivering predictable and often dramatic results quickly and with less discomfort than some other systems.
When a fractional ablative treatment is the best option and superior results are critical to the patient in a single treatment session; CO2RE is the obvious choice for skin rejuvenation and wrinkle reduction.
Wrinkle & Scar Reduction
Traditional Fractional Ablative Treatments
Minor Dermal Excisions
Features an intuitive touch-screen interface that displays treatment geometries & selections. ItÃ•s programmed to learn as you work, monitors its own performance, and stores and automatically recalls preferences
A featherweight articulated arm to minimize and operator fatigue and provide continuous beam centering for reproducible treatment patterns
CO2RE is engineered to deliver a unique set of pattern generation capabilities that translate into more treatment options for a wider range of patient needs.
Digital SuperPulsed Laser:
Delivers the complete matrix of ablative pulses with exceptional speed and precision
Rapidly varies the laser energy for multilevel treatment capabilities
High performance design for extreme reliability and long service life
High Precision Inboard Scanner:
Digitally synchronized with the Laser Pulse Generator
Changes the position and depth of injury hundreds of times per second