Preat Corporation introduced PreatLoc

Preat introduces its first proprietary overdenture attachment system to advance overdenture reliability through performance and partnership

A leader in dental implant prosthetics, Preat Corporation introduced PreatLoc, a new proprietary overdenture attachment system. PreatLoc will be available beginning January 2026. Customers can preview the new PreatLoc product line at the American Academy of Implant Dentistry (AAID) Annual Conference, November 12-15 in Phoenix, AZ.

Designed to elevate clinical, laboratory and patient outcomes, PreatLoc builds upon a system well-accepted within the European Union, offering a new, affordable treatment alternative in overdenture cases. The system offers a seamless transition, providing compatibility with LOCATOR attachments and broad compatibility across major implant systems. PreatLoc reflects Preat’s ongoing mission to empower dental professionals with world-class support and restorative solutions that advance patient care.

“PreatLoc represents a natural evolution for our company,” said Ruben Arebalo, General Manager at Preat. “With decades of insight, real-world feedback and technical expertise, we’re excited to introduce an attachment system that combines reliability and compatibility for ease of use and long-term success.”

Key benefits of the PreatLoc system include:

Reliability: Preat combines its hallmark technical support and exceptional customer care with a high-quality overdenture system engineered for compatibility, reliable retention and cost-effectiveness.

Easy to Use: PreatLoc is made to fit major implant and overdenture systems, compatible with 35 interfaces. PreatLoc also enables seamless integration and workflow consistency, regardless of case needs.

Patient Confidence: Reliable, long-lasting retention translates to improved patient satisfaction and quality of life.

PreatLoc retention components and straight abutments will be available beginning January 2026, with additional angled abutments introduced later in 2026 for even greater load distribution and treatment flexibility.