Advanced 980nm 1470nm 635nm Triple Wavelength Diode Laser System for Vascular Therapy Lipolysis Skin Repair and Dermatology Clinics

What is the 980nm + 1470nm + 635nm Triple Wavelength Laser System?

This triple-wavelength diode laser system is a new-generation medical-aesthetic platform designed to deliver targeted vascular treatment, deep-layer remodeling, and accelerated tissue recovery. By combining 980nm, 1470nm, and 635nm wavelengths into one device, it provides versatile applications for clinics that need precision, stability, and multi-functional performance.

The 980nm wavelength is well-known for its strong absorption by hemoglobin, making it suitable for vascular issues such as facial veins, spider veins, redness reduction, and microvascular coagulation.

The 1470nm wavelength is absorbed strongly by water inside the dermis and adipose layers. This characteristic allows controlled thermal effects for subdermal remodeling, localized fat reduction, and skin tightening procedures.

The 635nm wavelength acts as a biostimulation light. It supports healing, reduces inflammation, enhances microcirculation, and optimizes post-treatment recovery. When used after 980nm/1470nm procedures, it further improves tissue regeneration and comfort.

1. Working Principle

This diode laser system uses triple-wavelength emission to target different tissue layers with high precision:

980nm – Vascular Targeting

• Coagulates unwanted capillaries without damaging surrounding skin.
• Used for telangiectasia, spider veins, and redness correction.

1470nm – Subdermal Remodeling & Lipolysis

• Deeply penetrates tissue due to strong water absorption.
• Heat induces collagen tightening and reduces small fat accumulations.
• Improves overall texture and firmness of treated regions.

635nm – Cellular Biostimulation

• Enhances blood circulation and oxygenation.
• Increases fibroblast activity and collagen synthesis.
• Supports rapid healing with minimal downtime.

The system uses biquartz optical fiber transmission, providing stable, focused, and consistent energy delivery. Pulse and continuous modes are available for different clinical needs.

2. Application Range

Vascular Treatments

• Facial veins
• Spider veins
• Cherry angiomas
• Capillary dilation

Fat Reduction & Skin Firming

• Small-area fat softening
• Subdermal thermal remodeling
• Chin line definition
• Mild contour enhancement

Skin Repair & Rejuvenation

• Fine collagen reconstruction
• Texture smoothing
• Redness reduction
• Post-treatment healing support

Nail Fungus Management (Onychomycosis)

Laser irradiation helps sterilize fungal structures inside the nail plate.

Inflammation Relief & Tissue Healing

• Helps reduce localized swelling
• Supports faster skin restoration
• Ideal adjunct after minor dermatological procedures

3. Product Specifications

4. Key Features & Advantages

Triple Function Integration

One system covers vascular therapy, subdermal heat remodeling, and accelerated healing, minimizing the need for multiple devices.

High Energy Efficiency

Selectable power output ensures fast clinical results with controlled thermal safety.

Biquartz Fiber Transmission

Improves accuracy and reduces energy loss during treatment.

Versatile Treatment Modes

Pulse, continuous, and single-shot settings meet different clinical protocols.

Compact & Professional Design

Portable structure with a medical-grade interface suitable for dermatology clinics, aesthetic centers, and outpatient practices.

Comfortable Patient Experience

Non-invasive, minimal downtime, and suitable for most skin types.

5. Treatment Guidelines

Before Treatment

• Avoid direct sun exposure for 5–7 days.
• Clean treatment area thoroughly.
• Remove cosmetics, lotions, or metal accessories.

During Treatment

• Protective goggles must be worn.
• Select wavelength according to treatment purpose.
• Maintain even movement and consistent pulse application.

After Treatment

• Apply cooling gel or cold compress for 10–15 minutes.
• Avoid sauna, steam, or hot water for 48 hours.
• Apply sunscreen for at least one week.
• The 635nm wavelength may be used as a post-care enhancement step.

6. Contraindications

• Pregnancy or breastfeeding
• Severe dermatitis or open wounds
• Uncontrolled photosensitivity
• Pacemaker or implanted metal in treatment area
• Active bleeding disorders

7. Treatment Procedure

Step 1: Professional Consultation

Clinician evaluates the patient’s vascular condition, fat thickness, or skin texture concerns.

Step 2: Preparation

• Clean and disinfect target area

• Apply a marking pattern if needed

• Wear protective goggles

Step 3: Laser Parameter Setting

• 980nm for vascular lesions

• 1470nm for fat targeting or tissue tightening

• 635nm for bio-stimulation and post-care

Adjust power, frequency, and pulse width according to the treatment plan.

Step 4: Laser Application

• Handpiece contacts skin gently

• Slow and consistent movement along the vessel or fat layer

• Immediate coagulation occurs for vascular lesions

• Fat softening and tightening occur during 1470nm delivery

Step 5: Cooling and Recovery Care

A cold compress or regeneration gel is applied for soothing results.

Step 6: Follow-Up

Patients may return for additional sessions depending on their goals.

Triple Wavelength Laser  Precision Diode Laser  Vascular Removal Laser  Deep Tissue Laser  Facial Vein Device  Medical Aesthetic Laser   Skin Rejuvenation Laser   Fat Reduction Laser   Dermal Remodeling Laser   Clinic Beauty Equipment