980+1470nm diode laser for lipolysis, onychomycosis, thread vein, pain relief, skin rejuvenation, eczema and herpes

Technology Principles

The combined 980nm + 1470nm diode laser system utilizes dual chromophore targeting—hemoglobin and water/fat absorption—to deliver highly versatile clinical applications, including lipolysis, onychomycosis treatment, vascular removal, pain therapy, skin rejuvenation, and dermatological lesion care.
Its precise energy control ensures safe, effective, and minimally invasive outcomes across multiple indications.

1. Selective Fat Lipolysis

The 1470nm wavelength, highly absorbed by water and adipose tissue, generates controlled thermal energy that disrupts adipocyte membranes and liquefies fat.
Simultaneously, the 980nm wavelength coagulates small blood vessels, minimizing bleeding and ensuring smooth, defined contouring.

Mechanism: Thermal adipocyte destruction + vascular coagulation.

2. Onychomycosis Treatment

The 980nm wavelength penetrates the nail plate and is effectively absorbed by fungal chromophores. The thermal effect destroys fungal cell structures, inhibits metabolism, and prevents regrowth—while sparing surrounding healthy tissue.

Mechanism: Selective photothermolysis of fungal pathogens.

3. Vascular Lesion Removal

980nm is strongly absorbed by oxyhemoglobin, producing precise photocoagulation of superficial blood vessels such as red veins, telangiectasia, and spider veins. The treated vessels collapse and are naturally absorbed by the body.

Mechanism: Hemoglobin-targeted vessel coagulation and closure.

4. Pain Relief and Tissue Repair

Deep penetration of the 980nm wavelength stimulates microcirculation, reduces inflammatory mediators, and activates mitochondrial activity. This accelerates tissue repair and provides effective pain relief.

Mechanism: Photobiomodulation + anti-inflammatory thermal modulation.

5. Skin Rejuvenation

Low-energy 980nm and 1470nm laser irradiation heats the dermal layer to activate fibroblasts and stimulate new collagen production. This improves skin elasticity, tone, and texture.

Mechanism: Controlled dermal heating → collagen remodeling → rejuvenation.

6. Eczema Improvement

Laser energy reduces local inflammation, inhibits bacterial growth, and improves blood microcirculation. This supports faster healing and symptom reduction for eczema-prone skin.

Mechanism: Anti-inflammatory and antibacterial laser modulation.

7. Herpes (HSV Lesion) Relief

Low-dose 980nm laser inhibits viral replication, decreases pain, and accelerates healing. The thermal effect helps dry active lesions and shortens recovery time.

Mechanism: Photobiomodulation + antiviral thermal effect.

Advantages:

1.980n and1470nm independent output

2.Provides dual-channel high-quality semiconductor laser drivers, a complete electronic control system, and a TEC temperature control system.

3.8-inch touchscreen human-computer interaction system,

• Six languages: Chinese, English, Spanish, German, French, and Russian

• Pre-configured multiple clinical modes

• Supports customization of system interface and functions

4.Full rated power, no false labeling. High pulse width accuracy, error less than 3%, inter-pulse stability better than 1%, pulse overshoot less than 3%.

5.Customized lens, low loss, high reliability, 18-month laser warranty, MTBF ≥ 5000h

6.Security System:

Fiber optic detection technology accurately detects fiber optic plug-in/plug-out status.

The emergency stop switch immediately cuts off the laser output with a response time of less than 1µs.

Real-time temperature monitoring, temperature control alarm, and laser output cut-off

No pulse tailing phenomenon

Red indicator light, 10-level brightness adjustment, outputs light following laser frequency.

Easy to use, with multiple status prompts set.

Treatment range

*Superficial vessels (spider veins, telangiectasia, rosacea), vascular lesion

*Nail fungus

*Laser lipolysis

*Laser pain relief physical therapy

*eczema and herpes

* skin rejuvenation

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