Sciton Launches Multi-Wavelength Resurfacing Laser Platform

Sciton, Inc. has introduced HALO® TRIBRID™, a laser platform that integrates 3 wavelengths—2940 nm, 1927 nm, and 1470 nm—into a single resurfacing device. The system combines the company’s previously distinct technologies (HALO®, MOXI™, and Erbium Resurfacing) into one handpiece, allowing providers to target multiple layers of the skin in a single session.

The device enables customizable treatments across the epidermis and dermis. According to a press release, the 2940 nm wavelength allows for superficial ablation to improve texture, while the 1927 nm wavelength addresses pigmentation. The 1470 nm setting delivers deeper dermal remodeling, reportedly enhancing tone and long-term skin quality.

“HALO TRIBRID^TM is a “powerhouse of corrective ability for virtually any indication, from surface texture and pigment to deeper concerns like acne scars and wrinkles,” said Sherrif Ibrahim, MD, PhD, in a press release. “Now, in one HALO TRIBRID^TM treatment, I can achieve results that no single wavelength or combination of single wavelengths could ever accomplish. The synergy of HALO TRIBRID^TM technology has led to results I didn’t think were possible without the use of fully ablative resurfacing, and without the need for injectable anesthetics, wound care, or prolonged downtime.”

Built on Sciton’s JOULE®X platform, the system includes automated features such as Dynamic Thermal Optimization (DTO) and real-time optical tracking to improve safety and consistency. The company states that HALO TRIBRID™ allows for simultaneous or independent use of the 3 wavelengths, offering versatility for treating concerns such as pigmentation, scarring, and skin laxity.

While the launch signals an expansion in customizable resurfacing technology, comparative clinical data on efficacy, safety, or downtime versus existing platforms were not disclosed in the press release.

“From the very beginning, our focus was on the provider experience and delivering remarkable patient outcomes,” said Andy Balk, PhD, senior product development manager at Sciton. “Designing HALO TRIBRID™ was no small feat; it meant bringing 3 wavelengths together in one system while refining every detail through precision engineering, countless iterations, and rigorous testing—guided at every step by real-world feedback from key opinion leaders (KOLs) and customers. The result is a breakthrough that expands what’s possible in resurfacing, while matching the reliability providers expect from Sciton. HALO TRIBRID™ stands apart as the most complete resurfacing solution we’ve ever built, allowing providers to focus on what matters most: creating transformative results for their patients.” 

The device is manufactured in Palo Alto, California, and reflects Sciton’s continued investment in multi-modality laser systems for aesthetic dermatology.