Clinical Publications
Download any of our featured publications below.
Single Treatment Multi-Pass Advanced Resurfacing with Fractional Ablative 2910 nm Fiber Laser & Fiber Enabled Laser-Coring: A Case Series
Managing advanced photoaging with deep rhytids remains a challenge in aesthetic medicine, especially for patients seeking noticeable improvement in the perioral and periorbital areas. The 2910 nm fractional ablative fiber laser (UltraClear®, Acclaro Medical) uses fractionated energy delivery and adjustable parameters to promote dermal remodeling and enhance overall skin
texture.
Advancing Aesthetic Laser Medicine Full Ablation Resurfacing Outcomes with the 2910 nm Fiber Laser: A Case Series Demonstrating Safety and Efficacy
This case series illustrates the outcome of a multi-pass resurfacing approach in three patients with advanced photoaging, demonstrating substantial aesthetic improvement and a favorable safety profile.
Clinical evaluation of a new fractional ablative 2910 nm erbium laser on photodamaged skin: A pilot study
A pilot study of the fractional ablative 2910 nm Er:glass laser in thirty-seven participants with photodamaged skin, showing improvement in photoaging with high patient satisfaction and no scarring or dyspigmentation.
Single treatment scar resurfacing with a novel ablative fractional 2910 nm erbium-doped fluoride glass fiber laser
A retrospective case series investigating single-treatment scar resurfacing with the novel 2910 nm fiber laser, evaluating scars of various etiologies in Fitzpatrick skin types I to IV with reduced discomfort and recovery time.
The 2910-nm Fiber Laser Is Safe and Effective for Improving Acne Scarring
A clinical study of the 2910 nm fiber laser for rolling and boxcar acne scars, showing a mean improvement of 47.3% three months after three treatments, with only trace-to-mild side effects.
Histological analysis of laser-enabled tissue coring with a novel 2910 nm erbium-doped fluoride glass fiber laser
A histological study of laser-coring in the submentum with the 2910 nm fiber laser, showing microchannels with ablative depth reaching the mid to deep dermis, achieved safely without post-inflammatory erythema or scarring.
Low-fluence treatment with a novel fractionated 2,910-nm fiber laser improves photodamage
A clinical study of low-fluence, superficial-mode treatment with the 2910 nm fiber laser in twenty subjects with chronic facial photoaging, showing significant improvement in photodamage with minimal discomfort and downtime after two single-pass treatments.
Characterizing Laser-Induced Wound Healing Dynamics Using Line-Field Confocal Optical Coherence Tomography
A retrospective case series investigating single-treatment scar resurfacing with the novel 2910 nm fiber laser, evaluating scars of various etiologies in Fitzpatrick skin types I to IV with reduced discomfort and recovery time.
Full‐face and neck resurfacing with a novel ablative fractional 2910nm erbium‐doped fluoride glass fiber laser for advanced photoaging
A clinical study of a novel 2910 nm fiber laser for full-face and neck resurfacing, showing safe, effective treatment of advanced photoaging with high patient satisfaction and reduced downtime compared to traditional ablative lasers.