The 1927nm Thulium Fiber Laser uses a specific wavelength that is strongly absorbed by water within the skin. This allows targeted treatment of the epidermis and superficial dermis while minimising absorption by melanin.
The system is designed to provide precise, controlled treatment for a range of superficial skin concerns, with intelligent features to support consistent and accurate treatment delivery.
Real-Time Monitoring
Fast Energy Calibration
Layered Precision Treatment
Comprehensive Treatment Modes
The 1927nm fractional laser targets water within the skin, creating controlled thermal effects in the treatment area.
The fractional laser beam targets the selected area while preserving surrounding tissue. Treatment can produce controlled ablation of the lower epidermis and a coagulation effect in the upper dermis, supporting the skin's natural regeneration process.
The 1927nm Thulium Fiber Laser may be used for a range of aesthetic applications, including:
Pigmentation correction
Photoaging and skin rejuvenation
Anti-ageing treatments
Actinic keratosis (AK)
Acne and pore control
Enhanced topical product/drug delivery
Hair and scalp treatments
Eye area rejuvenation
Vaginal care
Targeted Pigmentation Treatment
Designed to address pigmentation concerns including melasma, sun spots, freckles and post-inflammatory hyperpigmentation (PIH).
Skin Texture & Tone
Supports skin renewal and may help improve the appearance of enlarged pores, fine lines and mild acne scarring.
Controlled Treatment
The 1927nm wavelength provides targeted treatment of superficial skin concerns with controlled energy delivery.
Adjustable Treatment Parameters
Treatment depth and intensity can be adjusted according to the treatment area, indication and individual requirements.
The system features an ergonomic, height-adjustable multi-section bracket to provide flexibility during treatments.
Intelligent Scanning Technology
Provides even, consistent and overlapping coverage across the treatment area.
Adjustable Parameters
Allows practitioners to customise treatment depth and intensity according to individual treatment requirements.
Integrated Safety Systems
Built-in safeguards are designed to support consistent energy delivery and treatment precision.
Ergonomic Design
Designed to provide practitioner comfort, flexibility and control during treatment.
The 1927nm Thulium Fiber Laser uses a specific wavelength that is strongly absorbed by water within the skin. This allows targeted treatment of the epidermis and superficial dermis while minimising absorption by melanin.
The system is designed to provide precise, controlled treatment for a range of superficial skin concerns, with intelligent features to support consistent and accurate treatment delivery.
Real-Time Monitoring
Fast Energy Calibration
Layered Precision Treatment
Comprehensive Treatment Modes
The 1927nm fractional laser targets water within the skin, creating controlled thermal effects in the treatment area.
The fractional laser beam targets the selected area while preserving surrounding tissue. Treatment can produce controlled ablation of the lower epidermis and a coagulation effect in the upper dermis, supporting the skin's natural regeneration process.
The 1927nm Thulium Fiber Laser may be used for a range of aesthetic applications, including:
Pigmentation correction
Photoaging and skin rejuvenation
Anti-ageing treatments
Actinic keratosis (AK)
Acne and pore control
Enhanced topical product/drug delivery
Hair and scalp treatments
Eye area rejuvenation
Vaginal care
Targeted Pigmentation Treatment
Designed to address pigmentation concerns including melasma, sun spots, freckles and post-inflammatory hyperpigmentation (PIH).
Skin Texture & Tone
Supports skin renewal and may help improve the appearance of enlarged pores, fine lines and mild acne scarring.
Controlled Treatment
The 1927nm wavelength provides targeted treatment of superficial skin concerns with controlled energy delivery.
Adjustable Treatment Parameters
Treatment depth and intensity can be adjusted according to the treatment area, indication and individual requirements.
The system features an ergonomic, height-adjustable multi-section bracket to provide flexibility during treatments.
Intelligent Scanning Technology
Provides even, consistent and overlapping coverage across the treatment area.
Adjustable Parameters
Allows practitioners to customise treatment depth and intensity according to individual treatment requirements.
Integrated Safety Systems
Built-in safeguards are designed to support consistent energy delivery and treatment precision.
Ergonomic Design
Designed to provide practitioner comfort, flexibility and control during treatment.
