The eBeam CO2 is a fractional CO2 laser machine that offers a newer and safer form of traditional CO2 laser skin resurfacing that penetrates deeper into the layers of the skin to stimulate collagen production. It has the functions of surgery cutting with lower bleeding, abrasion, vaporization, tissue fusion and antivirus. The eBeam CO2 can be utilized for a variety of cosmetic applications including:
Grinding — skin sputum, sweat duct tumor, sebaceous adenoma, photoaging keratosis, seborrheic keratosis
Wrinkle reduction — forehead, periorbital, neck and sagging skin
Scar removal – hypertrophic scars, hemorrhoids/trauma/surgery, etc.
Pigmentation – freckles, chloasma, coffee spots, age spots, stretch marks, etc.
Other conditions – telangiectasia, large pores, etc.
This laser skin resurfacing machine has different modes, each of which induces a different reaction in the tissue. The operation modes are continuous mode, single pulse, repetition pulse, superpose mode and scanning mode.
Continuous Mode – for general cutting operation, the laser is continuously output
Single Pulse Mode – for vaporating and cutting function for small lesions, a single high power pulse is emitted
Repetition Pulse Mode – the duty cycle is with On Time Off Time Period, the lasers are emitted at the same frequency, the repetition pulse is controlled by the software through synchronizing the duty cycle changes
Superpulse Mode – high power peak is for grinding or incision, the duty cycle is with two periods of On Time Off Time, minimum pulse width: <0.001s (1ms), the laser emits at the same frequency
Scanning Mode – high peak power of energy is emitted for grinding, skinning or incision, a total of seven different shapes can be selected, dimensions are adjustable up to 20mm × 20mm, dot density is also adjustable, scanning mode uses a space-scan which has a small heat loss and a more uniform point.
System Features
• Rapid healing and minimal downtime
• Adjustable scanning patterns and size
• Adjustable pulse duration
• Treatment parameters printing
