Gentlefrax 1550nm FRACTIONAL FIBER LASER MACHINE

30w Non-ablative 1550nm Erbium Glass Laser Machine 5mm 10mm 20mm Tips Optional

Gentlefrax 1550nm FRACTIONAL FIBER LASER MACHINE

30w Non-ablative 1550nm Erbium Glass Laser Machine 5mm 10mm 20mm Tips Optional

Wavelength: 1550 nm (Er:Glass)
Laser Type: Fractional ER-Fiber
Output Power: 30W
Pulse Energy: 2 – 120 mJ (continuously adjustable)
Handpiece Options: 5 mm, 10 mm, 20 mm (customizable)
Treatment Depth: Adjustable (epidermal to deep dermal)
Treatment Modes: Non-Ablative / Mild Ablative
Target Tissues: Dermis + Epidermis

Dual-Depth Treatment in One Device

Adjustable pulse energy (2–120 mJ) enables both non-ablative dermal remodeling and mild ablative epidermal resurfacing, expanding treatment capabilities without additional investment.

Clinically Proven Pore & Scar Efficacy

Delivers statistically superior pore reduction and 63.2% acne scar improvement with 84% patient satisfaction—results validated by prospective clinical studies.

Histologically Verified Collagen Remodeling

Four months post-treatment, collagen fibers increase by 6.68% with enhanced TGF-β receptor expression.

Full ODM/OEM Customization

Complete system tailoring—software interface, treatment parameters, handpiece configurations, and hardware branding for clinics seeking differentiated market positioning.

gentlefrax 1550nm fractional fiber laser machine

Overview

The Haidari Derma 30W 1550nm Er:Glass Laser System delivers precise fractional treatment with adjustable depth control, covering both non-ablative dermal remodeling and mild ablative epidermal resurfacing in a single platform.
Three interchangeable handpieces (5 mm, 10 mm, 20 mm) enable spot-size customization for different anatomical areas and treatment goals. With pulse energy adjustable from 2 to 120 mJ, clinicians can fine-tune treatment intensity from gentle collagen stimulation to controlled epidermal ablation. Full ODM/OEM support allows complete brand integration.
gentlefrax 1550nm fractional fiber laser machine

Applications

Non-Ablative Dermal Remodeling (Low Energy)

Stimulates neocollagenesis and elastogenesis for improved skin elasticity, reduced fine lines, and enhanced overall texture—with zero epidermal disruption and no downtime.

Mild Ablative Epidermal Resurfacing (High Energy)

Controlled epidermal ablation treats superficial pigmentation, smooths rough texture, and refines pore size with minimal thermal damage and rapid healing.

Acne Scar Revision (Adjustable Depth)

Customizable energy delivery enables treatment of both superficial and deep atrophic scars by adjusting penetration depth according to scar morphology.

Periorbital & Perioral Rejuvenation (5 mm Handpiece)

Precision handpiece targets delicate areas with controlled energy delivery, smoothing fine lines around eyes and mouth without adjacent tissue involvement.

Full Face Rejuvenation (10 mm Handpiece)

Balanced coverage for comprehensive facial treatment, combining dermal remodeling with optional mild epidermal resurfacing.

Large Body Area Treatment (20 mm Handpiece)

Extended spot size enables efficient treatment of chest, neck, hands, and other large surface areas with consistent energy distribution.

Melasma & Pigmentary Disorders (Non-Ablative Mode)

Gentle dermal heating treats pigmentation without triggering post-inflammatory hyperpigmentation, suitable for darker skin types.

Striae Distensae & Stretch Marks (Adjustable Depth)

Deep dermal penetration stimulates collagen reorganization in atrophic stretch marks while optional mild ablation improves surface texture.
gentlefrax 1550nm fractional fiber laser machine

Working Principle

The 1550 nm Er:Glass wavelength is selectively absorbed by water in the dermis and epidermis, creating controlled columns of thermal injury known as microscopic treatment zones (MTZs).

At low energy settings (2–60 mJ) , thermal damage remains confined to the dermis, stimulating neocollagenesis and elastogenesis through controlled wound healing response while preserving the epidermal barrier—true non-ablative fractional remodeling.

At high energy settings (60–120 mJ) , thermal injury extends into the epidermis, creating mild ablative micro-channels that remove superficial pigmentation and smooth surface irregularities while still preserving intact tissue bridges for rapid healing.

The three handpiece options (5 mm, 10 mm, 20 mm) allow clinicians to match spot size to anatomical requirements—small for precision, medium for facial coverage, large for body areas—without compromising energy density or treatment uniformity.
gentlefrax 1550nm fractional fiber laser machine

Clinical Support

Non-Ablative Dermal Remodeling

Over 15 years of clinical evidence confirms 1550 nm fractional lasers stimulate significant neocollagenesis (up to 40% increase) with minimal downtime and excellent safety profile across all skin types.

Mild Ablative Efficacy

Higher energy settings (80–120 mJ) produce measurable epidermal turnover and superficial ablation, achieving results approaching traditional resurfacing with substantially reduced recovery time.

Acne Scar Improvement

Clinical studies demonstrate 50–70% improvement in atrophic acne scars after 3–5 treatments, with histological evidence of new collagen formation and dermal remodeling.

Safety in Darker Skin Types

The non-ablative mode’s epidermal preservation makes 1550 nm laser the preferred choice for Fitzpatrick IV–VI patients requiring dermal remodeling with minimal PIH risk.

All systems include validated treatment protocols, clinical training, and access to Haidari’s evidence-based application guidelines.
Company Introduction@Haidari