Pulsed and Fractionated Techniques for Helium Plasma Energy Skin Resurfacing

Area of Science:

• Dermatology
• Aesthetic Medicine
• Energy-Based Devices

Background:

• Energy-based treatments are widely used for aesthetic skin rejuvenation.
• Achieving desired cosmetic outcomes necessitates balancing treatment efficacy with patient recovery (morbidity).
• Renuvion (J Plasma) utilizes helium plasma for skin resurfacing.

Purpose of the Study:

• To describe a preferred protocol for Renuvion skin resurfacing.
• To detail a specific technique for delivering helium plasma energy.
• To optimize the balance between treatment results and recovery time.

Main Methods:

• A free-hand approach to Renuvion skin resurfacing was employed.
• The study describes a preferred method involving pulsing and fractionating the helium plasma energy.
• This technique aims to control energy delivery for improved outcomes.

Main Results:

• The described pulsing and fractionating technique allows for controlled application of helium plasma energy.
• This approach is presented as a preferred method for Renuvion skin resurfacing.
• The protocol aims to enhance desirable end results while managing recovery.

Conclusions:

• Controlled energy delivery through pulsing and fractionating helium plasma is key for Renuvion skin resurfacing.
• This method offers a way to balance aesthetic outcomes with patient recovery.
• The described approach represents an optimized protocol for energy-based skin rejuvenation.