1550nm+1927nm Dual-Wave Fiber Laser Equipment

The HS-232 is a dual-wave fiber laser system manufactured by Apolomed, designed for skin rejuvenation and resurfacing procedures in clinical and aesthetic settings. This device holds ISO 13485 certification, US FDA 510(k) clearance (K251031), and CE 0197 certification, providing verified compliance with international medical device quality and safety standards.

The system combines two distinct wavelengths — 1550nm erbium fiber laser and 1927nm thulium fiber laser — operating on the principle of fractional photothermolysis. The 1550nm wavelength penetrates deeper into the dermis, creating microthermal zones (MTZs) that stimulate collagen remodeling and dermal tissue regeneration. The 1927nm wavelength targets the epidermal and upper dermal layers, addressing pigmentation concerns and creating micro-channels that support enhanced topical product absorption. Together, these wavelengths address both deep structural changes and surface-level skin concerns from a single platform.

Key Features of 1550nm 1927nm Fractional Laser Machine

Dual-Wavelength Treatment Capability

The HS-232 integrates 1550nm and 1927nm fiber lasers into one system. The 1550nm erbium fiber laser delivers 1-120mJ per dot with pulse widths ranging from 1-20ms, targeting dermal remodeling for wrinkle reduction and scar improvement. The 1927nm thulium fiber laser delivers 1-100mJ per dot with pulse widths from 0.4-10ms, focusing on superficial skin renewal and pigmentation treatment. Both wavelengths operate at 15W power output, providing consistent energy delivery across treatment sessions. Commercial users can address both deep and superficial skin concerns without investing in separate devices.

Adjustable Scan Patterns and Hand-Drawing Mode

Practitioners can select from multiple scanning patterns including array and random modes. The scan area covers up to 20×20mm, with density adjustable across 13 levels from 9 to 225 PPA/cm². The hand-drawing function allows custom shape creation for treatment of irregular areas such as periorbital regions, ear contours, and localized scar tissue, enabling precise energy placement tailored to individual patient needs.

Android-Based Touch Control System

Powered by an ARM-A13 CPU running Android 11, the system features a 15.6-inch true color touch screen interface. The platform supports 16 languages and provides direct access to all treatment parameters including energy level, density settings, scan pattern selection, and pulse width adjustment. Operators can modify settings during procedures via the touch interface, reducing downtime between treatment steps.

OLED-Equipped Fractional Handpiece

The fractional handpiece includes a built-in OLED display showing real-time treatment parameters and scan shape previews. Shape adjustment buttons located on the handpiece — amplification, shrink, and switch controls — allow practitioners to modify scan shapes and positions without returning to the main screen, streamlining workflow during active procedures and reducing treatment time per session.

Air Cooling System for Continuous Operation

The system incorporates an air cooling mechanism that maintains stable operating temperatures during extended treatment sessions. This cooling design supports consistent energy output and reduces thermal stress on internal laser components, contributing to sustained performance during high-volume clinical schedules.

RFID Management for Commercial Operations

The RFID management control system enables multiple business operation modes. Commercial users can configure treatment access levels, track usage patterns, and manage service workflows through the RFID system, supporting various operational models in aesthetic clinics, dermatology practices, and medical centers.

Technical Specifications

Applications for Medical and Aesthetic Centers

The HS-232 serves hospitals, dermatology clinics, and plastic surgery centers across multiple treatment categories: skin rejuvenation, wrinkle reduction, skin resurfacing, skin toning and tightening, acne scar correction, stretch mark improvement, and hair growth stimulation. The 1550nm wavelength addresses dermal-level concerns such as deep wrinkles and atrophic scars, while the 1927nm wavelength handles epidermal pigmentation and texture irregularities. This dual-wavelength configuration allows business buyers to expand service offerings from a single equipment investment.

Before	After

FAQ

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

The 1550nm erbium fiber laser penetrates deeper into the dermal layer, stimulating collagen remodeling for wrinkle reduction and scar improvement. The 1927nm thulium fiber laser targets the epidermal and upper dermal layers, addressing pigmentation issues and enhancing topical product absorption through micro-channel creation.

What certifications does this dual-wave fiber laser hold?

The HS-232 holds ISO 13485 quality management certification, US FDA 510(k) clearance (K251031), and CE 0197 medical device certification.

What is the maximum treatment area per scan?

The maximum scan area measures 20×20mm, with adjustable density across 13 levels ranging from 9 to 225 PPA/cm². The hand-drawing function allows custom shapes for irregular treatment zones such as periorbital areas and scar contours.

Is the system suitable for multi-language clinical environments?

Yes, the Android-based interface supports 16 languages, and the 15.6-inch true color touch screen provides intuitive parameter adjustment for practitioners across different regions and clinical settings.