Industry Resources

New 445 nm blue laser for laryngeal surgery combines photoangiolytic and cutting properties

New 445 nm blue laser for laryngeal surgery combines photoangiolytic and cutting properties

The 445 nm "blue laser" has expanded the range of phonosurgical interventions, overcoming limitations of pulse dye and KTP lasers. It shows similar tissue effects to KTP lasers, treats subepithelial vessels, and functions as a cutting laser. Advantages include portability, variable pulse rates, stronger tissue effects, and better cutting properties. The blue laser is effective in both office and operating room settings, with potential applications in laryngology and other surgical fields. Preliminary experiments and clinical cases demonstrate its feasibility, though further systematic studies are needed.


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An effective and considerable treatment of pilonidal sinus disease by laser ablation

An effective and considerable treatment of pilonidal sinus disease by laser ablation

Treating sacrococcygeal pilonidal disease (SPD) remains challenging, with no consensus on the best approach. This study evaluates the efficacy of 1470-nm radial diode laser fiber ablation in 48 patients treated between March 2019 and July 2022. The healing rate was 100%, with an average healing time of 28.3 days. The mean operative time was 15.5 minutes, and the recurrence rate was 2.1%. Postoperative pain was minimal, with no infections or bleeding. Patients resumed normal activities in 7.1 days on average and were highly satisfied. The 1470-nm radial diode laser fiber is effective, safe, minimally invasive, and promising for SPD treatment.


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Laser interventions in coloproctology. A plea for standardized treatment protocols coloproctology.

Laser interventions in coloproctology. A plea for standardized treatment protocols coloproctology.

Benign proctologic conditions such as hemorrhoids, fistula in ano, anal fissures, and pilonidal sinus represent a significant workload in general and colorectal surgery. Over the past decade, laser-associated management options for these conditions have gained attention, and many surgeons have incorporated laser-based techniques into their treatments. Commonly used laser systems in the literature include CO2, neodymium YAG, and diode lasers. Recently, an increasing number of studies have focused on the use of diode lasers in managing proctologic disorders. This article introduces the clinical applications of diode lasers in rectal treatments.


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1470 nm Diode Laser Effectiveness in Facial Fat Reduction with the Endolifting Technique: Pilot Study

1470 nm Diode Laser Effectiveness in Facial Fat Reduction with the Endolifting Technique: Pilot Study

The endolifting technique, using a 1470 nm diode laser, aims to reduce subcutaneous fat and tone the skin by stimulating collagen production. In this study, 10 patients underwent a single endolifting session on the mandibular and submental regions using a 400-micron optical fiber with 4-8 W power in continuous mode. Post-procedure, patients wore bandages for 4 days and received 4 sessions of manual lymphatic drainage weekly. After 60 days, there was a significant reduction in facial and submental fat, with improved skin tightness and reduced wrinkles. The technique proved effective and safe, with no complications observed.


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Efficacy of Endolift laser for arm and under abdomen fat reduction

Efficacy of Endolift laser for arm and under abdomen fat reduction

Non invasive laser treatments for body fat contouring are growing in popularity due to fewer side effects and shorter recovery periods compared to surgical options. This study evaluated the efficacy of the Endolift laser for reducing excess fat in the arms and under abdomen in ten patients. The outcomes were assessed by two blinded dermatologists and patient satisfaction. Results showed a reduction in fat and circumference in treated areas, with high patient satisfaction and no severe adverse effects. The study concludes that the Endolift laser is an effective, safe, and cost-efficient alternative to surgical body fat contouring, requiring minimal recovery time and no general anesthesia.


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