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Adjustable Depth Fractional Radiofrequency Combined With Bipolar Radiofrequency: A Minimally Invasive Combination Treatment for Skin Laxity

Introduction

Increasingly, patients are seeking minimally invasive methods to tighten skin and remodel adipose tissue. A large treatment gap exists among 3 types of patients: (1) the younger demographic, who increasingly desire soft tissue tightening without traditional operations, scars, and downtime; (2) patients with soft tissue laxity who are not “severe enough” to justify an excisional procedure, but not “mild enough” to rely on liposuction with soft tissue contraction alone; and (3) those with recurrent laxity who already underwent traditional excisional procedures. In these populations, plastic surgeons risk under- or overtreating with traditional methods. The purpose of this supplement is to describe the utility of radiofrequency (RF) microneedling (Fractora modified to Morpheus8 InMode Aesthetic Solutions, Lake Forest, CA) in combination with bipolar RF (FaceTite/BodyTite, InMode Aesthetic Solutions). By combining these procedures, the aforementioned treatment gap can be addressed. The RF microneedling allows for subdermal adipose remodeling and skin tightening. Addition of bipolar RF also tightens the skin by contraction of the underlaying fibroseptal network in addition to induction of neocollagenesis, elastogenesis, and angiogenesis at skin surface temperatures of 40° to 50°C. In our experience, these technologies have been effective and safe in these patient populations.

Author:
Erez Dayan, MD; Christopher Chia, MD; A. Jay Burns, MD; and Spero Theodorou, MD
Platforms:
BODYTITE.
Technology:
BodyTite, FaceTite, Morpheus8.
Publicado:
12 April, 2019
Publication:
Aesthetic Surgery Journal

One‐year follow‐up results of hair removal using an 810 nm diode laser

Introduction

Laser hair removal is a common light‐based aesthetic procedure. Diode lasers and specifically the long‐pulse diode laser 810 nm are the most popular preference for hair removal due to the deep penetration and targeting of the hair follicle. In a recently published article, we presented our hair removal clinical evaluation results using an 810 nm scanning diode laser. Three‐ and six‐month follow‐up hair counts demonstrated an average hair reduction of about 70%.

Objective

In the current article, we demonstrate long‐term follow‐up hair removal results of 1 year after last treatment.

Methods

Among 11 out of 14 female patients who received three axillary hair removal treatments, 4‐6 weeks apart, returned to the 1‐year follow‐up visit. Treatment area photographs and hair count of 1‐year follow‐up visit were compared to baseline.

Results

The average hair count reduction of about 70% at 1 year after the last treatment was maintained.

Conclusions

The examined 810 nm diode laser has been proven to be a safe and effective for hair removal. Results sustain not only for 3 or 6 months but also for 1 year after last treatment.

Author:
Dr. David J. Goldberg
Platforms:
OPTIMAS.
Technology:
DiolazeXL.
Publicado:
19 July, 2018
Publication:
Journal of Cosmetic Dermatology
  • Events

Aesthetic Surgery Journal – Soft Tissue Contraction in Body Contouring With Radiofrequency-Assisted Liposuction: A Treatment Gap Solution

Abstract: Radiofrequency-assisted liposuction is a relatively new concept in energy-assisted body contouring techniques and has received instrument approval. This supplemental article reviews the clinical application of electromagnetic energy via the BodyTite (InMode Corporation, Toronto, Canada) device on soft tissues during suction lipectomy, its effect on soft tissue contraction, and its use in aesthetic body contouring in various clinical scenarios.

There is a large number of these “in between” patients in this “gap” category that their clinical picture presents as “not bad enough for an excisional procedure and not good enough for liposuction.” Specifically, areas of the body described as zones of nonadherence such as the arms, neck, and medial thighs may be amenable to radiofrequency-assisted liposuction (RFAL) for satisfactory contouring who otherwise would be turned away with liposuction alone by the judicious surgeon. The RFAL technology, being more effective and directed at fat resection, can be achieved with an increased margin of safety since the skin can be anticipated to retract more than with manual suction-assisted lipectomy (SAL) alone.

Author:
Spero J. Theodorou, MD; Daniel Del Vecchio, MD; and Christopher T. Chia, MD
Technology:
BodyTite.
Publicado:
01 January, 2018
Publication:
Aesthetic Surgery Journal

Clinical Evaluation of Hair Removal Using an 810 nm Diode Laser With a Novel Scanning Device

Objective:
To evaluate the safety and efficacy of hair removal with an 810nm novel scanning diode laser, up to six months after last treatment.

Methods:
A scanning 810nm diode laser was used for axillary hair removal of 14 female patients who received 3 treatments, 4-6 weeks apart. Follow-up on hair count was conducted 3 and 6 months after last treatment and compared to baseline hair count.

Results:
No unexpected or significant adverse events were recorded. An average hair count reduction of 72.8% after 3 months and 67.6% 6 months after the last treatment is demonstrated.

Conclusion:
The examined 810nm diode laser was proven to be safe and effective for hair removal. Results were sustained for 6 months after last treatment.

Author:
Erin Courtney RN BSN and David J. Goldberg MD JD
Technology:
DiolazeXL.
Publicado:
06 December, 2016
Publication:
Journal of Drugs in Dermatology

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