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Medical CE Certified Jonte L600 CO2 Fractional Laser 10600nm Skin Resurfacing Whitening Acne Scar Treatment Machine Commercial
Product Description
CO₂ Fractional Digital Laser (Pixel Laser)
CO₂ fractional digital laser, also known as CO₂ pixel laser or fractional CO₂ laser, is an advanced skin resurfacing technology that combines the efficacy of traditional CO₂ lasers with the minimally invasive benefits of fractional technology. Below are its key advantages and clinical features.
Key Features
1. Precision and Customizability
Fractional Technology: Delivers microscopic laser beams (pixel points) to create evenly distributed microthermal zones (MTZs), targeting only fractional areas of the skin while sparing surrounding healthy tissue for faster healing.
Digital Control: Adjustable energy density, spot density, and penetration depth allow tailored treatments for diverse skin concerns (e.g., wrinkles, scars, pigmentation).
2. High Efficacy and Versatility
Collagen Remodeling: The 10,600 nm wavelength is strongly absorbed by water, enabling precise tissue vaporization and stimulating deep dermal collagen regeneration. Effective for wrinkles, acne scars, striae (stretch marks), and more.
Broad Applications: Suitable for facial rejuvenation, acne pits, enlarged pores, actinic keratosis, and certain epidermal tumors.
3. Minimally Invasive with Rapid Recovery
Reduced Downtime: Fractional ablation limits tissue damage, shortening recovery to 5–7 days (vs. 2–4 weeks for traditional fully ablative CO₂ lasers).
Lower Complication Rates: Minimizes risks of infection, hyperpigmentation, or scarring, making it safer for pigmented skin.
4. Synergistic Treatment Potential
Compatible with adjunctive therapies like radiofrequency (RF), platelet-rich plasma (PRP), or hydrating serums to enhance results and accelerate recovery.
5. Advanced Technical Features
Smart Scanning Modes: Dynamic scanning systems prevent thermal overlap, ensuring uniform energy distribution.
Real-Time Cooling: Integrated cooling mechanisms reduce epidermal thermal injury and improve patient comfort.
Technical Specifications
| Wavelength | 10600nm |
| Power | 40W 70W |
| Laser working mode | Continuous |
| Output mode | Ultra pulse, Single pulse, Fractional |
| Fractional working mode | Interval continuous working |
| Pulse width | 1-100ms |
| Output Graphics | straight line, square, rectangular, triangular, hexagonal, round, and oval |
| Light guiding system | 7 joints arm |
| Scanning mode | Sequence mode, Mid split mode, Random mode |
| Spot size | 0.1mm |
| Scan pattern size | 0.1*0.1mm-20*20mm |
| Scan area | Maximum 25×25mm |
| Aiming beam | 650nm, ≤5mw |
Frequently Asked Questions
What applications does this machine have?
The main function of this machine are skin resurfacing, wrinkles removal, scar repair, epidermis cutting, vaginal care, etc.
Are you a manufacturer or trading company?
We are an 11-year manufacture, able to meet all custom needs, including screen design, language, logo, and packaging.
What is the most convenient delivery method?
Usually, DHL / TNT air transport is used. General transit time is 3-5 days, delivering directly to your address.
How is the machine protected during transportation?
We use thick foam lining, moisture-proof cloth bags, and aviation aluminum boxes with three-layer packaging to ensure safe delivery.
How do I learn to use and maintain the machine?
We provide online teaching videos and have a professional technical support team available 24 hours to solve any issues.
What is the recovery time after treatment?
Due to the fractional technology, recovery is typically shortened to 5–7 days compared to traditional CO2 lasers.
