Description:

The IMP 824208U Simply Legacy 2 Implant delivers an efficient, high-performing option for clinicians working in anatomically constrained cases. With a 4.2mm diameter and 8mm length, it is designed to address vertical bone limitations while providing strong initial stability. The implant features a sand-blasted, acid-etched (SBM) surface that maximizes surface area, promoting rapid cellular adhesion and dependable osseointegration.
Staying true to the proven Legacy 2 design platform, the Simply variation emphasizes procedural simplicity without sacrificing mechanical integrity. The tapered body closely replicates natural tooth anatomy, enhancing insertion torque and ensuring reliable engagement in soft bone. An internal hex connection provides accurate prosthetic alignment, forming a stable seal that minimizes micromovement and supports long-term restorative security.
The 3.5mm platform incorporates platform switching to preserve crestal bone and maintain soft tissue contours—key to sustaining esthetic and functional outcomes over time. Its user-friendly surgical protocol supports efficient workflows, making it especially well-suited for general dentists and high-throughput practices.
This implant is ideal for posterior sites or cases where sinus augmentation is not desired, offering a minimally invasive solution with robust performance. Clinicians can integrate it into immediate, early, or delayed loading protocols with confidence.
Restorative flexibility is another defining advantage: the 824208U accommodates a broad range of prosthetic options without requiring additional instrumentation or extensive training. Whether used in single-unit or short-span bridge applications, it supports predictable outcomes through a balance of simplicity, strength, and surgical adaptability.
Clinicians who prioritize quality and workflow optimization will find the IMP 824208U to be a dependable component of the Legacy 2 family—providing versatility, biologic preservation, and durable results in vertically limited sites.