Haifrax CO2 FRACTIONAL LASER MACHINE

RF Tube skin rejuvenation, Wrinkle Removal and Vagina Tightening 10600nm Co2 Fractional Laser Machine

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Haifrax CO2 FRACTIONAL LASER MACHINE

RF Tube skin rejuvenation, Wrinkle Removal and Vagina Tightening 10600nm Co2 Fractional Laser Machine

Wavelength: 10600 nm
Laser Type: UltraPulse, SuperPulse & CW
Power Output: 70W RF-Excited Tube
Pulse Duration: 0.1-10 ms (continuously adjustable)
Optical System: U.S. Coherent Laser Source + 360° Torsion-Spring Optical Arm
Scan Area: Up to 20×20 mm
Treatment Modes: Fractional / Surgical Cutting / Gynecological
Customization: Full ODM/OEM support (system configuration & branding)

Overview Application Working Principle Clinical Support

360° Torsion-Spring Optical Arm

Patented flexible arm enables effortless access to complex anatomical contours with zero energy loss.

U.S. Coherent Laser Source

Latest-generation RF tube delivers >10⁹ shots with minimal power decay for consistent long-term performance.

0.1 ms UltraPulse Capability

Industry-leading short pulses minimize thermal damage, enabling faster recovery and reduced post-treatment erythema.

Full ODM/OEM Customization

Complete system tailoring—software, parameters, hardware, branding—for clinics seeking differentiated market positioning.

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Overview

The Haidari Haifrax 70W CO2 Fractional Laser System integrates a U.S. Coherent laser source with an innovative 360°torsion-spring optical arm, delivering exceptional maneuverability and clinical precision.

Engineered with a 70W RF-excited tube for long-term stability, this platform supports three specialized modes—Fractional Resurfacing, Surgical Cutting, and Gynecological Rejuvenation—in a single device. The flexible arm design adapts seamlessly to patient anatomy and practitioner workflow, while complete ODM/OEM customization ensures alignment with specific clinical branding and functional requirements.

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Applications

Ablative Skin Resurfacing & Rejuvenation

Treats fine lines and wrinkles, remodels acne scars, addresses photoaging, and removes epidermal lesions through controlled tissue ablation.

Minimally Invasive Scar Revision

Reduces hypertrophic and surgical scars, softens burn scar contractures, and remodels stretch marks and striae gravidarum via fractional ablation.

Surgical & Lesion Management

Performs precise excision and vaporization of warts, moles, and benign skin lesions with targeted tissue removal.

Gynecological Rejuvenation

Addresses vulvovaginal atrophy and dryness, improves vaginal laxity, and provides cosmetic labial contouring through fractional CO₂ ablation.

Skin Texture Optimization

Reduces enlarged pores, smoothes rough skin texture, and delivers non-incisional tightening effects via controlled thermal remodeling.

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Working Principle

The 10,600 nm CO₂ wavelength is preferentially absorbed by water in target tissues, causing rapid volumetric heating and precise vaporization with minimal thermal diffusion (50–100 μm).

In fractional mode, the system creates microscopic treatment zones (MTZs) with adjustable depth (50–1500 μm) and density (1–40%), preserving surrounding tissue for faster healing and collagen remodeling.

The 0.1 ms UltraPulse delivers peak powers exceeding 10⁴ W for cleaner ablation with reduced carbonization, while the RF-excited tube ensures stable output across all pulse durations. The 360° torsion-spring optical arm maintains beam collimation with <0.5° deviation throughout motion, eliminating energy loss common in traditional articulated arms.

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Clinical Support

CO₂ fractional laser systems are supported by over 2,000 peer-reviewed publications establishing their efficacy in dermatologic, surgical, and gynecological applications.

Dermatologic Efficacy

Randomized controlled trials demonstrate 60-80% improvement in atrophic acne scars after 3 sessions (histologically confirmed neocollagenesis depth up to 800 μm) and 50-70% wrinkle reduction in Fitzpatrick I-III skin types.

Surgical Precision

Clinical studies show hemorrhage control equivalent to electrocautery in incisions up to 2 mm depth, with significantly reduced lateral thermal damage (<200 μm) when using pulses <0.5 ms.

Gynecological Outcomes

Multicenter data indicate 70-90% patient-reported improvement in vaginal dryness and elasticity following 3 fractional treatments, with histological evidence of increased epithelial thickness and collagen density.

Safety Profile

The 0.1 ms pulse capability reduces postoperative erythema duration by 40% compared to 1 ms systems, while the flexible arm design decreases operator fatigue-related complications by improving access to challenging anatomical sites.
All systems include validated treatment protocols, live training sessions, and access to Haidari’s continuously updated clinical evidence library.

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