LOCATOR MIS M4 Internal Hex Abutment
The LOCATOR MIS M4 Internal Hex Abutment from Zest Dental Solutions is made specifically for the MIS M4 Internal Hex Implant. Available Platform Diameters include 3.3mm Narrow Platform (NP) in 0mm, 1.0mm, 2.0mm, 4.0mm, 5.0mm, and 6.0mm Cuff Heights; 3.7mm Standard Platform (SP) in 2.5mm, 3.5mm, 4.5mm, 5.5mm, and 6.5mm Cuff Heights; and 4.5mm Wide Platform (WP) in 0mm, 1.0mm, 2.0mm, 3.0mm, 4.0mm, 5.0mm, and 6.0mm Cuff Heights.
LOCATOR is the only attachment system in the world that provides BOTH a FIXED, full-arch and a removable overdenture solution with the same abutment and workflow. This simpler, more affordable system is available for use with a wide variety of dental implant systems worldwide.
Made and manufactured in the USA, by Zest Dental Solutions, the LOCATOR Attachment System is the most globally recognized and trusted brand for FIXED, full-arch and removable overdenture restorations. The combination of innovative, simple, affordable, and reliable technology with availability in more than 280 implant connections has made it the preferred choice of clinicians with more than 4 million satisfied patients.
A LOCATOR for (Almost) Every Implant System
Flexibility and performance in action! LOCATOR is available for 280 implant connections from a variety of implant manufacturers from around the globe. Provide the same LOCATOR FIXED, full-arch or removable overdenture solution wherever you go with whatever implant system you use.
Key LOCATOR FIXED Features:
- Less or No bone reduction needed for FIXED, full-arch cases
- Easier to place and remove: No screws required saving valuable chairtime for the life of the patient
- Same LOCATOR abutment and workflow as removable cases
- Provides the ability to do staged treatment planning
Learn more about LOCATOR FIXED
Key LOCATOR Removable Overdenture Features:
- Innovative Pivoting Technology
- Treats Up To 40° Angle Correction Between Implants
- Customizable Levels of Retention
- Self-Aligning Design
- Low Vertical Height
- Exceptional Durability