Lipolaser and Other Technologies: Comparison and Medical Indications

• August 19, 2025
• By Fernando Amato

Fibrosis after liposuction? Lipolaser, combined with technologies like Vaser and BodyTite, can transform your results.

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The evolution of technologies applied to liposuction has expanded the possibilities for surgical refinement, safety, and recovery.

Among these tools, lipolaser holds a special place. Although not the most recent innovation, it still offers relevant clinical benefits — especially in secondary liposuctions to release fibrosis and adhesions and optimize body contour.

Throughout this article, we will explore the lipolaser wavelengths (1470 nm, 980 nm, and 1210 nm), its function, indications, and limitations, in addition to comparing it with technologies such as Vaser, BodyTite, Quantum, Morpheus, Argoplasma, and Renuvion.

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Highlights

• 🔬 Three main wavelengths for specific approaches: 1470, 980, and 1210 nm
• 🩹 Special indication in secondary cases to treat post-lipo fibrosis
• ⚙ Comparison with modern assisted liposuction technologies
• 📈 Potential for skin retraction and body contour refinement
• 🩺 Surgeon's personal preference for complex cases of adhesions

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How Lipolaser Works

Lipolaser is a laser-assisted liposuction technique that uses an optical fiber inserted through a thin cannula. Thus, light energy is converted into heat, acting in two main ways:

1. Lipolysis — breakdown of fat cells (adipocytes), facilitating their aspiration.
2. Coagulation — sealing of small blood vessels, reducing bleeding.

Wavelengths

• 1470 nm: penetration directed to collagen and water, generating more pronounced skin retraction.
• 980 nm: excellent for vessel coagulation, increasing hemostatic safety.
• 1210 nm (One Step): preferential absorption by fat, facilitating emulsification, preserving fat for fat grafting.

Each wavelength can be used individually or combined, according to surgical needs.

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Advantages of Lipolaser

• Less intraoperative bleeding due to vessel coagulation.
• Moderate skin retraction without the need for large incisions.
• Selective action on fat and collagen, depending on the wavelength.
• Special utility in secondary cases, where fibrosis and adhesions make tissue detachment difficult.

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Comparison with Other Technologies

Technology	Active Principle	Main Indication	Skin Retraction Potential	Observations
Lipolaser	Laser (1470, 980, 1210 nm)	Fibrosis, moderate retraction	Moderate	Ideal for secondary cases
Vaser	Ultrasound	High definition, preserves structures	Moderate	Great for HD lipo
BodyTite	Bipolar radiofrequency	Moderate laxity	High	Intense and uniform retraction
Quantum	Monopolar radiofrequency	Diffuse laxity	Medium	More superficial action
Morpheus	Fractionated RF + microneedles	Skin laxity and texture	Low to medium	More suitable for small areas
Argoplasma	Helium plasma	Rapid retraction	High	Less thermal damage
Renuvion	Energized helium plasma	Intense retraction	High	Associated with lower thermal risk

Medical Indications

Lipolaser is indicated for:

• Primary liposuctions in small to moderate areas.
• Secondary liposuctions for the treatment of fibrosis and adhesions.
• Improvement of skin retraction in patients with mild laxity.
• Areas with delicate vascularization, such as the neck and arms.

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Limitations

• Lower skin retraction capacity compared to BodyTite and Renuvion.
• Not the technology of choice for large volumes of fat.
• Requires specific training to avoid burns.

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Internal Links

• Liposuction
• Mammoplasty
• Mastopexy
• Anesthesia
• Day Hospital
• Tips to prepare yourself

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FAQ — schema.org/FAQPage

1. What is lipolaser?

Laser-assisted liposuction technology that emulsifies fat and promotes skin retraction.

2. What wavelengths are used?

1470 nm, 980 nm, and 1210 nm (One Step), each with different actions.

3. Does lipolaser replace Vaser?

No. They are complementary technologies, with distinct principles and indications.

4. Is it indicated for treating fibrosis?

Yes, especially in secondary liposuction cases.

5. Is there a risk of burns?

Yes, if correct technique and temperature control are not applied.

6. Is the result immediate?

There is initial improvement, but the final result appears within 6 months.

7. Is it more expensive than traditional liposuction?

Generally yes, due to equipment cost.

8. Does it require general anesthesia?

Depends on the treated area; it can be local, epidural, or general.

9. Can it be done on anyone?

No. There are contraindications, such as coagulation problems and active infections.

10. Can lipolaser be combined with other technologies?

Yes, including with Vaser and BodyTite, to optimize results.

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