
1550+1940nm Fiber Laser - Non-ablative Fractional Laser Resurfacing
Welcome to Shanghai Apolo Medical Technology, we are global medical& aesthetic expert. Since it's fractured over 40 high standard products to meet skin and beauty requirements inception in 2001, APOLO has designed, developed and small designed in house with our own patented technologies.
What is Non-ablative Fractional Laser
A Non-ablative Fractional Laser (NAFL) uses arrays of near-infrared microbeams to create controlled micro-thermal zones (MTZs) in the epidermis/dermis—heating tissue without removing the surface. The intact skin between MTZs accelerates repair, yielding shorter downtime and a lower rate of surface complications than ablative fractional systems. Parameters—energy, pulse duration, density, and scan pattern—are tuned to clinical goals: 1550 nm for deeper dermal collagen remodeling (acne scars, fine lines, texture) and 1927–1940 nm for more superficial tone correction and photodamage. Outcomes are cumulative, so protocols are delivered in staged sessions with settings adapted to skin type and standardized peri-treatment care. Learn more about APOLO Fractional Laser. 1550/1940 nm Dual-Wavelength Non-ablative Fractional Fiber Laser—wide parameter range, precise scanning, and full documentation support (data-sheet, CE/FDA compliance, sample protocols).
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How did Non-ablative Fractional Laser work
Global Medical& Aesthetic Expert, 25 Years of Brilliant History.

Dual-Wavelength Fiber Laser: How It Works
The system splits laser light into micro-beams that create tiny thermal columns in skin—heating without removing the surface. Intact tissue between columns helps the area recover faster, so downtime is shorter than with ablative lasers. The two wavelengths target different depths: 1550 nm reaches deeper dermis for collagen remodeling (acne scars, fine lines, texture), while 1940 nm focuses more superficially to even tone and address photo-damage. Results are built over a short series of sessions, with settings adapted to skin type and treatment goals.
Energy Delivery & Parameter Control
A scanning handpiece lays down a precise grid over up to 20 × 20 mm; clinicians adjust density, pattern, and spot size to match the indication and downtime plan. Per-dot energy is available up to ~120 mJ, with pulse durations of 1–20 ms (1550 nm) and 0.4–10 ms (1940 nm) for predictable thermal spread. Treatments can be done in single or stacked passes to balance superficial brightening and deeper remodeling in one visit. An intuitive 15.6″ touchscreen workflow and air-cooled design support consistent output and efficient clinic throughput.

Fractional Laser Applications

Fractional Laser Features
Dual-Wavelength, One Platform
1550 nm (Er:Glass) for deeper collagen remodeling + 1940 nm (Thulium) for superficial tone/photodamage—non-ablative fractional results in one session, with single or stacked passes to balance effect and downtime.
Precise Fractional Delivery
Scan area up to 20 × 20 mm with adjustable shapes and independent X/Y sizing; density ~25–3025 microbeams/cm² and per-dot energy up to ~120 mJ with pulse durations 1–20 ms (1550) / 0.4–10 ms (1940) for predictable coverage.
Built for Clinic Throughput
15.6″ touchscreen (Android 11), quick protocol recall, Array/Random patterns, and air-cooled stability support consistent output and easy multi-room deployment.
Compliance & Compact Design
Listed with ISO 13485, CE 0197, SGS RoHS; footprint ≈43 × 46 × 104 cm, weight ≈35 kg—OEM/ODM options available for seamless integration into your service lineup.
FAQs
APOLO Fractional Laser Certificate
APOLO Fractional Laser products have obtained the following international certifications: ISO13485 SGSROHS CEO197



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