Fractional Fiber Laser 1550nm+1927nm Dual-Wave Fiber Laser Machine

The HS-233 is a dual-wavelength fractional fiber laser system that combines 1550 nm erbium fiber and 1927 nm thulium fiber technologies in a single platform. Manufactured by Apolomed, the system addresses a range of dermatological and aesthetic indications including skin rejuvenation, skin toning and tightening, wrinkle reduction, acne scar correction, skin resurfacing, stretch mark improvement, and hair growth stimulation. The dual-wavelength configuration allows practitioners to address both deep dermal remodeling and superficial pigmentation concerns with one device, reducing the need for multiple standalone systems in a clinical setting.

The 1550 nm wavelength penetrates into the dermis, creating microscopic thermal zones that stimulate the skin's natural healing response and collagen remodeling. This process thickens dermal fibers and supports skin regeneration over a series of treatment sessions. The 1927 nm wavelength targets the skin's surface, addressing pigmentation issues such as sunspots, melasma, and acne marks while creating micro-channels that enhance topical product absorption post-treatment.

Operating on an ARM-A13 processor with Android OS 11, the system features a 15.6-inch true color touch screen with 2K HD resolution and support for 16 languages. The handpiece includes an integrated OLED display and shape adjustment buttons that allow operators to adjust treatment shape and parameters directly from the handpiece during procedures. Certifications include ISO 13485, US FDA 510(k) (K251031), and CE 0197.

Clinical Applications and Treatment Modes

1550 nm Erbium Fiber Laser for Dermal Remodeling

The 1550 nm erbium fiber laser delivers fractional energy that penetrates deep into the dermal layer. The fractionated beams create microthermal zones that trigger the skin's natural healing cascade while preserving surrounding epidermal tissue intact. This fractional approach enables faster recovery compared to full-field ablative treatments. Clinical applications include skin rejuvenation, wrinkle reduction, atrophic acne scar treatment, surgical scar revision, stretch mark improvement, and hair growth stimulation. The system offers adjustable energy output from 1-120 mJ/dot and pulse widths ranging from 1-20 ms, allowing clinicians to tailor treatment depth and intensity to individual patient needs.

1927 nm Thulium Fiber Laser for Superficial Treatment

The 1927 nm thulium fiber laser operates at more superficial tissue levels, targeting epidermal and upper dermal pigmentation. Indications include solar lentigines (sunspots), melasma, post-inflammatory hyperpigmentation, and acne marks. The wavelength also creates micro-channels in the stratum corneum that can enhance the absorption of topical serums and skincare products applied immediately post-treatment. Energy output ranges from 1-100 mJ/dot with pulse widths from 0.4-10 ms.

Multiple Scanning Patterns and Custom Shape Function

The system supports both array and random operation modes, with multiple preset scanning patterns selectable based on treatment area and tissue characteristics. Treatment density is adjustable across 13 levels, ranging from 9-225 PPA/cm². The maximum scan area measures 20×20 mm. A custom shape function allows practitioners to draw treatment patterns directly on the screen for irregular anatomical areas such as the periorbital region, earlobes, and nasal contours. The handpiece OLED display shows the current treatment shape graph, enabling real-time visual confirmation during procedures.

HS-233 Fractional Fiber Laser Technical Specifications

Advantages for Commercial Procurement

Dual-wavelength coverage for superficial and deep skin indications

Multiple scan patterns plus custom shape for irregular areas

Android 11 system with 16-language support and 2K HD screen

FDA 510(k) and CE 0197 certified for clinical deployment

OLED handpiece display enables real-time parameter adjustment

RF ID management supports different business operation modes

FAQ About HS-233 Dual-Wave Fractional Fiber Laser

What is the difference between 1550 nm and 1927 nm wavelengths?

The 1550 nm wavelength penetrates deeper into the dermis, primarily addressing collagen remodeling, scar treatment, and wrinkle reduction. The 1927 nm wavelength works at more superficial levels, targeting epidermal pigmentation and creating micro-channels for enhanced topical product absorption.

What scanning patterns and operation modes are available?

The system supports array and random operation modes with multiple preset scanning patterns. Operators can also use the custom shape function to draw treatment patterns for specific anatomical areas such as the periorbital region.

What certifications does the HS-233 hold?

The HS-233 holds ISO 13485 quality management certification, US FDA 510(k) clearance (K251031), and CE 0197 medical certification.

What is the maximum treatment area and density range?

The maximum scan area is 20×20 mm. Treatment density is adjustable across 13 levels, ranging from 9-225 PPA/cm².

Is OEM or private labeling available?

Yes, Apolomed offers OEM and ODM services including branding, packaging customization, and selected parameter configurations. Minimum order quantities apply for custom branding requirements.