Alma Pixel CO2 Laser Sale

$13.500

The Alma Pixel CO2 Laser is an advanced fractional ablative system designed for skin resurfacing, rejuvenation, and scar treatment. Combining the power of CO2 technology with fractional precision, it effectively reduces wrinkles, scars, and sun damage while promoting collagen renewal and faster healing with minimal downtime.

Brands:

Description

Alma Pixel CO2 Laser

The Alma Pixel CO2 Laser is an advanced fractional ablative laser system designed to deliver powerful skin resurfacing, rejuvenation, and scar revision treatments with exceptional precision. Utilizing the proven CO2 wavelength (10,600 nm), the Pixel CO2 combines the efficacy of traditional ablative lasers with the safety and comfort of fractional technology, creating controlled micro-injuries in the skin while leaving surrounding tissue intact. This stimulates natural collagen remodeling, enhances skin texture, and promotes faster healing with minimal downtime.

Engineered for versatility, the Alma Pixel CO2 Laser can address a wide range of dermatological and aesthetic concerns, including wrinkles, fine lines, sun damage, acne scars, surgical scars, stretch marks, uneven skin tone, and overall skin laxity. Its customizable treatment parameters allow practitioners to tailor the depth, density, and energy level according to patient needs, ensuring optimal results across different skin types and conditions.

With a focus on patient safety and comfort, Alma’s advanced cooling and scanning technology minimize thermal damage and enhance treatment precision. The system offers both fractional and full resurfacing modes, making it suitable for delicate areas such as the face, neck, and décolleté, as well as larger body zones.

Trusted by clinics worldwide, the Alma Pixel CO2 Laser stands out for its effectiveness, reliability, and versatility in modern aesthetic practices. It is the ideal solution for practitioners seeking to deliver visible, long-lasting skin rejuvenation results with shorter recovery times compared to traditional CO2 lasers.

alma pixel co2

Key Features

  • Fractional CO2 Technology – Combines the power of ablative CO2 resurfacing with fractional delivery for faster healing and reduced downtime.

  • Dual Modes of Operation – Offers both fractional and full resurfacing modes to treat a wide range of skin conditions and areas.

  • Precise Energy Control – Adjustable parameters for depth, density, and energy levels, ensuring customizable treatments for individual patient needs.

  • Collagen Stimulation – Promotes natural skin regeneration, improving texture, elasticity, and overall skin quality.

  • Versatile Applications – Effective for wrinkles, fine lines, acne scars, surgical scars, pigmentation, sun damage, and stretch marks.

  • Safe & Comfortable – Advanced scanning and cooling technology reduce thermal damage and improve patient comfort.

  • Suitable for Multiple Areas – Can be used on the face, neck, décolleté, hands, and larger body zones.

  • Clinically Proven Results – Trusted by dermatologists and aesthetic practitioners worldwide for visible, long-lasting improvements.

Benefits – Alma Pixel CO2 Laser

  • Younger-Looking Skin – Reduces wrinkles and fine lines by stimulating natural collagen production.

  • Improved Skin Texture – Smooths rough skin and minimizes enlarged pores for a refined appearance.

  • Scar & Stretch Mark Reduction – Effectively treats acne scars, surgical scars, and stretch marks with visible improvements.

  • Even Skin Tone – Targets pigmentation, sun damage, and age spots to restore a more balanced complexion.

  • Long-Lasting Results – Delivers noticeable rejuvenation that continues to improve as collagen remodels over time.

  • Faster Healing – Fractional technology allows quicker recovery compared to traditional CO2 resurfacing.

  • Versatility of Treatment Areas – Safe and effective for delicate regions like the face and neck, as well as larger body zones.

  • Boosts Confidence – Provides natural-looking, refreshed, and healthier skin with minimal downtime.