Endolift Laser Machine with 980nm 1470nm and 635nm Wavelengths Supporting Localized Adipose Tissue Treatment and Tissue Coagulation

Endolift Laser Machine with 980nm 1470nm and 635nm Wavelengths Supporting Localized Adipose Tissue Treatment and Tissue Coagulation​

Product Introduction

The GOMECY Panacea Triple-Wavelength Diode Laser System is a professional fiber-delivered laser platform featuring three wavelengths: 980nm, 1470nm and 635nm.

The 980nm and 1470nm wavelengths provide a combined total output power of 30W, while the 635nm red-light channel delivers 300mW.

Key Features:

1. Triple-wavelength configuration: 980nm + 1470nm + 635nm.

2. Combined 30W output power for 980nm and 1470nm.

3. Independent 635nm red-light channel with 300mW output.

4. Fiber-delivered laser energy.

5. 10.4-inch touchscreen interface.

6. Pulse and continuous operating modes.

7. Air-cooling system.

8. AC 100–240V wide-range power supply.

What Are Lipolysis and Endolift-Style Treatments?

A. Laser-Assisted Lipolysis

Laser-assisted lipolysis is a minimally invasive procedure designed to address localized subcutaneous adipose tissue.

A specialized optical fiber is introduced beneath the skin by a qualified medical professional. Controlled laser energy is delivered to the target tissue, producing localized photothermal effects.

These effects can help disrupt adipose tissue and support tissue coagulation. The specific treatment technique, including whether additional aspiration is performed, depends on the clinician's protocol.

Main treatment objectives:

1. Address localized adipose tissue.

2. Support body contouring procedures.

3. Deliver controlled laser energy into subcutaneous tissue.Provide an alternative or adjunct to other clinician-selected body-contouring techniques.

B. Endolift- Laser Treatment

Subdermal laser treatment is a minimally invasive technique involving the delivery of laser energy through a fine optical fiber placed beneath the skin.

The controlled thermal effect may stimulate tissue remodeling and collagen-related responses, potentially improving the appearance of selected areas of skin laxity.

Main treatment objectives:

1. Support skin-tightening procedures.

2. Improve the appearance of selected areas of skin laxity.

3. Support facial and body contouring treatments.

4. Promote controlled thermal stimulation of subdermal tissue.

Three-Wavelength Technology

980nm – Hemoglobin and Water Absorption

1. Absorbed by hemoglobin and water in biological tissues.

2. Produces photothermal effects.

3. Can contribute to controlled tissue heating and coagulation.

4. Complements 1470nm in the dual-wavelength laser configuration.

1470nm – High Water Absorption

1. Exhibits relatively strong absorption by water.

2. Supports localized energy deposition in water-containing soft tissue.

3. Provides a complementary photothermal interaction to 980nm.

4. Suitable for inclusion in fiber-based soft-tissue laser platforms.

635nm – Visible Red-Light Channel

1. Visible red-light wavelength.

2. Output power: 300mW.Red-light photobiomodulation is studied in selected applications.

3. May provide an additional light-based treatment function when supported by a validated protocol.

Why Choose the 980nm + 1470nm Combination?

The two near-infrared wavelengths feature different tissue absorption characteristics.

Combined Advantages:

1. Two complementary near-infrared wavelengths.

2. Different optical absorption characteristics.

3. Combined total output power of 30W.

4. Fiber-based energy delivery.

5. Flexible configuration for professional laser procedures.

How Does the Treatment Work?

1. Consultation: Assess the patient's medical history, treatment goals and suitability.

2. Preparation: Prepare the treatment area and administer anesthesia according to the clinician's protocol.

3. Fiber Insertion: Introduce the appropriate optical fiber into the planned subcutaneous tissue plane.

4. Laser Energy Delivery: Deliver controlled laser energy along the planned treatment pathway.

5. Tissue Response: The photothermal effect interacts with the target tissue.

6. Post-Treatment Care: Provide individualized wound-care instructions and follow-up.

Subdermal Laser Treatment Procedure

1. Assess skin laxity and determine the treatment area.

2. Prepare the skin and treatment field.

3. Introduce a suitable optical fiber into the selected subdermal plane.

4. Deliver controlled laser energy according to the approved protocol.

5. The localized thermal response may support tissue remodeling.

6. Monitor recovery and evaluate results during follow-up.

Potential Treatment Areas

Pre-Treatment Care

1. Conduct a complete medical consultation.

2. Review medical history, medications and allergies.

3. Assess the treatment area and confirm patient suitability.

4. Explain expected outcomes, limitations and potential risks.

5. Obtain informed consent.

6. Follow the clinician's instructions regarding anesthesia and skin preparation.

7. Use appropriate laser safety eyewear covering all emitted wavelengths.

Post-Treatment Care

1. Follow the clinician's wound-care instructions.

2. Keep access sites clean and protected as directed.

3. Use compression garments only when prescribed.

4. Avoid strenuous activities according to medical advice.

5. Attend scheduled follow-up appointments.

6. Seek medical attention for worsening pain, spreading redness, discharge, fever, blistering or unusual skin discoloration.

7. Temporary tenderness, swelling and bruising may occur. Recovery varies between individuals.

Contraindications and Patient Screening

The following conditions require medical assessment before treatment:

1. Pregnancy or breastfeeding.

2. Active infection or inflammation in the treatment area.

3. Open wounds or compromised skin.

4. Known or suspected malignancy in or near the treatment area.

5. Bleeding or clotting disorders.

6. Use of anticoagulant or antiplatelet medication.

7. Uncontrolled systemic diseases.

8. Significant impairment of wound healing.

9. History of abnormal scarring or keloids.

10. Significant vascular disease or impaired sensation.

11. Known allergies to planned anesthetics or procedural materials.

Technical Specifications

Competitive Advantages

1. Triple-Wavelength Configuration

Combines 980nm, 1470nm and 635nm in one professional laser platform.

2. Combined 30W Laser Output

980nm and 1470nm deliver a combined total output power of 30W.

3. 10.4-Inch Touchscreen

Convenient parameter viewing and operation.

4. Fiber-Based Energy Delivery

Designed for professional applications using compatible optical-fiber accessories.

5. Air-Cooling Design

Integrated air-cooling system.

FAQ

Q1: What wavelengths does the machine use?

A: The system features 980nm, 1470nm and 635nm wavelengths.

Q2: Is the 980nm output power 30W and the 1470nm output power another 30W?

A: No. The combined total output power of 980nm and 1470nm is 30W.

Q3: What is the output power of the 635nm channel?

A: The 635nm red-light channel has an output power of 300mW.

Q4: What is the difference between 980nm and 1470nm?

A: 980nm interacts with both hemoglobin and water, while 1470nm has relatively stronger absorption by water. Their optical characteristics are complementary.

Q5: Does the machine support OEM customization?

A: English-language and OEM options.