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PIXEL CO2

/PIXEL CO2
PIXEL CO22019-03-31T08:47:38+07:00

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PIXEL 02

Total Solution For Scars, Stretch Marks and Skin Resurfacing.

Dimyth’s Pixel CO2™ is a minimally invasive, truly effective treatment solution for a wide range of skin imperfection problems, with substantially reduced risks and improved clinical outcomes.

Pixel CO2™ laser delivers short, concentrated pulsating beams of light at irregular skin, precisely removing outer layers of damaged skin layer by layer, revealing the underlying skin which is softer, smoother, and younger looking.

  • Delivers Truly Unique Results

  • Aligns with Patient Demand

  • Generates Industry Leading ROI

  • No Patient Downtime

  • Safe & Proven Ultrasound

TECHNOLOGY

Fast & Uniform Scanning

The scanner is imported from Germany. The scanning is precise, uniform and fast.

Separate Packaging

The metal framework and tubes are separately packaged, so it’s safe during transportation.

Cut & Coagulate with Perfect Control

The CO2 laser is well-known for its versatility and safety benefits in medical aesthetic applications due to its limited depth of penetration and lateral thermal effect.

Harnessing these benefits for the treatment of delicate areas, Pixel CO2 combines cutting and coagulation into a single setting. The two modes work synergistically, allowing physicians to perform both actions without having to switch accessories during procedures.

In “cut” (ablation) mode, the pulse emits high peak power, causing immediate ablation of tissue up to the epidermis-dermis junction. In “coagulation” (thermal) mode, the pulse emits modest power, conducting heat beyond the epidermis-dermis junction, causing blood vessels and tissue to shrink.

This dual action pulse allows physicians to achieve optimal results with faster treatment times, minimal bleeding and reduced patient downtime.

Smart, User-friendly interface

Pixel CO2 is designed with smart, user-friendly features and quick set-up capabilities. A touch screen LCD display provides step-by-step operating instructions and indicates correct accessories and scanning patterns for each treatment objective. The system optimizes procedures by offering pre-set operation and laser delivery parameters and allows users to configure custom parameters and patterns of injury (ablative vs. fractional ablative) for specific indications. These settings may also be saved for future procedures.

Lawrence Taylor Jersey