SwiftLift Pro CO2 Fractional Laser with Shallow Scanning and Pulse

The CO2 fractional laser works by emitting a laser beam in a scanning dot matrix pattern. This creates tiny thermal zones that penetrate the dermis, stimulating collagen production and remodeling. The laser vaporizes targeted tissues (e.g., wrinkles, scars), triggering the skin’s natural repair process. This leads to skin tightening, wrinkle reduction, pore minimization, and overall skin rejuvenation.

For private area treatments, the CO2 laser uses a combination of 3D dot matrix technology and 360° circular emission to stimulate the vaginal mucosa. This process increases blood flow, promotes cell regeneration, and boosts collagen production, leading to improved vaginal tightness, lubrication, and sensitivity. It also helps restore a healthy pH balance and reduces the risk of infection.

It has first generation too, only F=100 scanning probe, pulse probe and common private probes.

Swiftlift Model

Second Generation with 8 probes : F=100, F=50 for scanning, F100, F50 for pluse, and vaginal probes.

Besides, it has Glass tube and Metal RF tube two types for each generation.

Functions and Probes

The device offers three main modes, each with specific handpieces:

Pulse Mode:

• • Used for spot treatments like wart and mole removal, as well as scar resurfacing.

  • Different pulse modes include:

    • Single Mode: Fixed pulse width, high safety, suitable for beginners (for warts and moles).

    • Continuous Mode: High energy, large spot size, good for carbonization (for warts and moles).

    • Modulated Pulse Mode: Vaporizes well with minimal carbonization (for warts and moles).

    • Super Pulse Mode: Adjustable pulse width and interval for customized results (for warts and moles).

    • Large Spot Mode: Large spot size, efficient, shallow ablation, less painful, safe for epidermal resurfacing.

Fractional Mode (Scanner Mode):

• • Addresses concerns like acne scars, wrinkles, and stretch marks.

  • Handpieces:

    • F=100 Non-Ablative Handpiece (20x20mm spot): Fast scanning, shallow penetration; for mild skin issues like enlarged pores and skin rejuvenation.

    • F=50 Ablative Handpiece (10x10mm spot): Slower scanning, deeper penetration; for severe acne scars, and stretch marks.

Private Mode:

• • For vaginal tightening and rejuvenation.

  • Uses disposable handpieces for hygiene.

Advantages and Features

• Second Generation Technology: Faster light output compared to traditional CO2 lasers, reducing treatment time and pain.

• Multiple Handpieces: F50 and F100 handpieces allow for precise targeting of different skin layers.

• High Peak Power: Suitable for various clinical applications with fast scanning speed.

• User-Friendly Interface: 12.1-inch color LCD touch screen.

• Adjustable Graphics: Ability to customize scan patterns directly on the interface.

• Shorter Treatment Time, Less Pain, Faster Recovery: Minimizes downtime and discomfort.

• Minimal Damage, Low Risk: Promotes quick healing.

• Long-Lasting Results: Stimulates collagen production for sustained improvement.

Rezultate

The device targets:

• Scars: Removal of surgical, burn, and trauma scars.

• Pigmented Lesions: Removal of freckles, sun spots, age spots, melasma, etc.

• Wrinkles: Reduction of wrinkles and stretch marks.

• Întinerirea pielii: Improves skin tone and texture, shrinks pores, and repairs acne scars.

• Vascular Lesions: Treats telangiectasia and rosacea.

• Private Area Concerns: Vaginal tightening, improved lubrication, enhanced sensitivity, and treatment of stress urinary incontinence

For private area treatments:

1. Vaginal Tightening: Improves tightness by 60%.

2. Vulvar Beautification: Lightens pigmentation and enhances the appearance of the labia by 70%.

3. Increased Lubrication: Improves secretion and eliminates dryness by 80%.

4. Vaginal Rejuvenation: Provides deep anti-aging effects and prevents aging by 80%.

5. Enhanced Sensitivity

6. Private Health: Balances pH and improves the internal environment.

7. Improvement of Stress Urinary Incontinence

Technical Parameters