Description:

The 8057-08 Legacy Open Tray Implant Transfer: 5.7mmD Platform is a unique impression coping engineered to accurately convey the implant’s position, angulation, and vertical orientation in restorative processes utilizing the Legacy implant system with a 5.7 mm diameter platform. Designed for application in open-tray (pick-up) impression techniques, this transfer component is crucial for ensuring precise prosthetic creation and reducing the risk of prosthetic misfit. Constructed from premium, biocompatible stainless steel or titanium alloy, the 8057-08 coping maintains dimensional stability and resists distortion under both intraoral and laboratory conditions. Its precision-machined interface guarantees a secure connection onto the Legacy implant, maintaining stability throughout the impression process while accurately capturing spatial data. Additionally, the design includes anti-rotational features to maintain implant indexing, which is essential for multi-unit and angled restorations. Compatible with open impression trays, this transfer coping is secured with a guide screw, facilitating direct retrieval from within the impression material. Its larger platform diameter is particularly suited for posterior implants and full-arch cases, where enhanced surface contact and torque control are advantageous. The coping can be utilized with corresponding implant analogs and is adaptable for both traditional stone model methodologies and digital CAD/CAM prosthetic creation. The 8057-08 Legacy Open Tray Implant Transfer serves as a vital component for achieving precision-focused results in implant dentistry. It supports seamless collaboration between clinical and laboratory teams by preserving the three-dimensional orientation of the implant throughout the restorative journey. Its application promotes efficient chairside techniques, diminishes prosthetic challenges, and improves long-term restorative outcomes. This transfer coping is especially advantageous in intricate prosthetic scenarios requiring full-arch rehabilitation, splinted restorations, or cases involving divergent implants. It provides clinical efficiency, process predictability, and excellence in modern implant prosthodontics.