Alma Pixel PRODUCT SPECIFICATIONS

Laser Output: Co2

Laser Type: Sealed-off, RF  Excited CO2 Laser

Wavelength:10,600nm, Infared

Laser Power

30W Model System: Up to 30W

70W Model System: Up to 70W

Diode Aiming Laser

Wavelength: 650nm

Power: 3mW Adjustable intensity from 5% up to 100%

Alma Pixel MANUFACTURER NOTES

Modes of Operation

The CO2 laser system offers 4 modes of energy delivery:

1. CW Mode (Continuous Wave):

Emits one continuous and consistent laser energy, typically used for excision or cutting.

2. Pulse Mode (Single pulse):

Produces a single pulse of laser energy for more supervised and accurate energy delivery.

On  time Exposure: 10  100 ms

3. Repeat Mode:

Produces a series of either short or long pulses of laser energy at variable speeds.

On-time exposure :10  100 ms

Off  time delay: 10  100 ms

4. Super Pulse Mode:

Super pulse mode provides the highest peak power with the shortest pulse duration, enabling the deepest penetration with minimal residual thermal damage. This mode is designed for performing ablation without inflammation and achieves highly effective results with minimal downtime and enhanced patient comfort.

Benefits of Pixel CO2 laser by Alma:

• Multiple dermatological and cosmetic surgery indications 
• Versatile applicators for targeted procedures
• Adjustable treatment patterns
• Exclusive non-ablative mode
• Unique Pixel technology
• Safe for delicate areas
• Precise&Fast treatment
• Versatile for high ROI

Indicated Uses:

• Stretch Mark Removal
• Skin Resurfacing
• Scar and Acne Scars Correction
• Fine Lines & Wrinkle Correction
• Skin Whitening
• Melasma Removal

Alma Pixel CO2 is a highly flexible system for char-free tissue ablation, vaporization, excision, incision and coagulation of soft tissue. It allows physicians full control of treatment parameters, including level and depth of ablation and thermal control via pulse duration and mode of energy delivery. This versatility maximizes precision and treatment results while minimizing unnecessary tissue damage.