Professional Dual-Wavelength Diode Laser for Dermatology & Nail Fungus Treatment

Designed with dermatological precision in mind, the dual-wavelength 980nm + 1470nm diode laser focuses on nail fungus therapy, vascular lesion removal, and inflammatory skin condition management. The product emphasizes controlled thermal interaction with minimal surrounding tissue impact, offering a reliable solution for clinics seeking consistent treatment outcomes.

By utilizing targeted laser absorption characteristics, the system effectively addresses fungal infections, superficial blood vessels, and chronic skin conditions while maintaining high safety standards and user-friendly operation.

Clinical Technology

980nm Laser Technology

• Deep penetration through nail plates

• Selective absorption by fungal chromophores

• Thermal inhibition of fungal metabolism and regrowth

1470nm Laser Assistance

• Water-targeted absorption for controlled dermal heating

• Supports tissue repair and inflammation reduction

Treatment Principle

• Selective photothermolysis destroys fungal cells

• Hemoglobin-targeted coagulation closes abnormal vessels

• Photobiomodulation improves circulation and healing

Treatment Indications

• Onychomycosis (nail fungus)

• Spider veins and facial telangiectasia

• Eczema-prone skin support

• Herpes lesion relief

• Skin texture and tone improvement

System Features

• 8-inch intelligent touchscreen interface

• Six built-in languages for international clinics

• Preset clinical modes for fast operation

• Red guiding light with 10-level brightness control

Safety System

• Fiber optic connection detection

• Emergency stop with <1µs response

• Real-time temperature monitoring and auto cut-off

• Stable pulse output without tailing phenomenon

Display Pictures

Parameter

FAQ

Is the treatment invasive?
The laser works through controlled thermal effects without incisions or injections.

Can multiple indications be treated with one system?
Yes, different presets support various dermatological applications.