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- Presentation
Minimally Invasive Approaches to Resurfacing
Description
Dr. Ariel Kovar discussed minimally invasive resurfacing techniques, focusing on achieving beauty and youth with minimal downtime. She highlighted a new 2910 erbium fiber laser, which allows for versatile treatments with reduced pain and minimal anesthesia needs. This laser can perform aggressive superficial and deep ablation efficiently, providing significant results with fast healing times. Additionally, Dr. Kovar explored combination treatments using non-ablative fractional lasers and pigment lasers, which have shown rapid recovery and improved skin quality. She introduced a novel radio frequency microneedling device that minimizes discomfort while effectively treating skin texture, fine lines, and acne scars, boasting quick recovery times. Treatments also incorporate dynamic muscle stimulation, which aids in muscle mass retention and overall lift. Lastly, synchronized parallel beam ultrasound technology offers a no-downtime option for collagen stimulation and skin tightening, demonstrating impressive results across various conditions, including laxity and acne scars. Overall, these advancements cater to patient desires for effective anti-aging options with minimal recovery.
View moreConclusions
- The 2910 nm erbium-doped fiber laser technology offers a minimally invasive skin resurfacing option with less pain and minimal anesthesia requirements.
- Combination treatments of nonablative fractional lasers and pigment lasers result in significant improvement in skin dyschromia, texture, and fine lines, with a low incidence of adverse effects.
- Radiofrequency microneedling enhances skin texture and appearance with minimal downtime and higher patient satisfaction rates.
- Dynamic muscle stimulation in conjunction with microneedling may enhance results by increasing dermal thickness and decreasing wrinkle appearance.
- Synchronized ultrasound parallel beam technology provides skin lifting, reduced wrinkles, and improved scars with no downtime, catering to all skin types.
- Nonablative fractional laser treatment may significantly reduce the risk of keratinocyte carcinoma development in treated patients.
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