Description:

The IMP 022.2502 NC LOCATOR Abutment H 20L1CMG is a specialized restorative component intended for use with Narrow CrossFit (NC) platform dental implants in overdenture applications. This abutment combines the clinically established LOCATOR attachment system with a secure and reliable implant-to-abutment interface, delivering long-lasting performance and improved patient satisfaction. The abutment includes a specific transmucosal height ("H") to adapt to soft tissue depths and ensure correct prosthetic seating in situations where gingival thickness or anatomical factors necessitate personalized height solutions. Designed for use in areas with limited space or narrow ridges, it provides clinicians with a dependable foundation for overdenture retention without negatively impacting soft tissue health or aesthetic requirements. Made from high-strength, biocompatible titanium, the IMP 022.2502 abutment demonstrates exceptional resistance to mechanical fatigue and corrosion. It is compatible with the entire range of LOCATOR nylon inserts, allowing clinicians to adjust retention strength according to individual patient needs and functional requirements. The low-profile design of the LOCATOR system allows for self-aligning insertion and extraction of the prosthesis, making it simpler for patients to manage while minimizing prosthetic wear and the need for chairside adjustments. This abutment is suitable for both single and multiple implant-retained overdenture scenarios across the mandibular and maxillary arches. Its conical internal connection ensures a secure, anti-rotational fit with NC implants, reducing micromovement and safeguarding the crestal bone. Furthermore, it supports a sealed interface that helps limit microbial penetration, aiding in the preservation of long-term peri-implant tissue health. Created for seamless incorporation into both analog and digital workflows, the IMP 022.2502 NC LOCATOR Abutment H 20L1CMG facilitates efficient treatment planning and restorative processes. Whether utilized in immediate loading cases or traditional protocols, this component provides the flexibility, precision, and predictability required for contemporary implant-retained removable prosthetics.