eCO2Plus Brochure
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DUAL MODE CO2 RESURFACING LASER • Low risk, high safety, rapid recovery and low downtime • Controlled Chaos Technology creates pseudo-random microwound patterns to minimize heat build-up and maximize patient comfort • No consumables reduces operating cost and improves

Leading Fractional And Ablative Laser The Lutronic eCO2 is the leading fractional and ablative laser that offers you the full spectrum of rejuvenation treatments in your practice. The eCO2 works with the patented Controlled Chaos Technology (CCTTM), an algorithm that delivers each micro-laser beam pseudo-randomly so that there is a maximum distance between the successive beams. This enables the tissue to dissipate the greatest possible amount of heat between the shots. As a result, this means increased safety, fewer post-operative discomfort and a faster healing process with unparalleled...

FUNCTIONALITY Ultimate Control Over Energy Delivery Quick-Change Tips With Auto Recognation Dynamic Mode eliminates the checkerboard look of other CO2 systems by allowing continuous firing while moving like ‘airbrushing’. Treat large areas or just feather to eliminate demarcation lines, Dynamic Mode provides faster treatments and a more natural look. From ultra-deep to superficial ablation, the eCO2 has the features you need to address a broad range of clinical conditions. The quick change tips come in a choice of three spot sizes, and have an auto-recognition feature which automatically...

eCO2 Plus PASSION FOR INNOVATION With special attention to the needs of users and patients, Lutronic invests a lot of time and money in the development of devices for the highest standard and continuous improvement. The products and services developed by us should not only meet, but exceed, your expectations and those of patients. For this reason, we developed our eCO2 Plus TM according to these four principles: Users can easily and intuitively balance results and safety by delivering ablative energy at the desired density and depth. Easily adjust treatment parameters through intuitive and...