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2025-08-12

MIDEC 2025 Highlights: S3 Premium AI Assistant & UTU 4-Wavelength Laser

Three days, countless conversations, and a shared vision — the future of laser dentistry is here. From experiencing the #S3 Premium Clinical Intelligent Assistant to exploring the versatility of the #UTU Transformative 4-Wavelength Laser, you’ve helped turn innovation into action.

blog
2025-08-01

Laser Technology in Dentistry: From Clinical Applications to Future Innovations

This review synthesizes findings from 67 studies (2018–2023) on laser technology in dentistry, focusing on its clinical applications, benefits, and challenges. It highlights advancements like photobiomodulation for tissue healing and inflammation management, as well as novel uses in implantology, endodontics, and teeth whitening. Lasers enhance treatment precision and patient outcomes but face barriers such as high costs and training requirements. The review advocates for integrating lasers into

blog
2025-08-01

Dental Laser Price vs Performance: What Really Matters for Distributors and Buyers?

Looking to invest in a dental diode laser? This comprehensive guide compares key features, prices, and clinical applications to help distributors and dental practice owners choose the best device. Understand what truly matters — from wavelength versatility and connectivity to preset protocols and ROI. Whether you're expanding your product line or upgrading your clinic, this article breaks down the essential factors to evaluate performance, usability, and long-term value.

blog
2025-07-24

1940 nm vs. 1470 nm EVLA: 3-Year Results with Radial Fiber

This prospective study evaluated 1940 nm EVLA with a radial fiber in 177 cases over 3 years. Results showed effective vein closure, significant diameter reduction, and fewer complications compared to 1470 nm EVLA. Patients experienced lower pain and less ecchymosis, with efficient outcomes using lower energy (40–60 J/cm). Manual pullback and intraoperative ultrasound supported treatment safety and efficacy. Despite being non-randomized, the study confirms 1940 nm EVLA as a safe, effective option

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