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PFM with ball Attachment, connect with the denture, to provide connect between fixed and removable product. The PFM (Porcelain-Fused-to-Metal) Ball Attachment system represents a sophisticated hybrid solution in restorative dentistry. Designed to provide a secure link between fixed crowns and removable partial dentures, this system offers patients a stable, functional, and highly aesthetic alternative to traditional prosthetic designs. This system functions as a high

Milling Reciprocal Arm In the sophisticated field of tooth-borne prosthetics, the Milled Reciprocal Arm serves as a critical engineering feature that bridges the gap between fixed and removable restorations. This specialized design is meticulously integrated into fixed crowns to provide a highly precise, stable, and retentive connection for casting dentures. A milled reciprocal arm is a custom-engineered architectural "ledge" or "shelf" milled directly into the lingual or

Titanium CAD/CAM Implant Bar In the evolving landscape of restorative dentistry, the shift from conventional casting techniques to advanced CAD/CAM (Computer-Aided Design and Computer-Aided Manufacturing) protocols represents a definitive leap in clinical excellence. Titanium implant bars stand as the premier solution for edentulous patients, blending aerospace-grade metallurgical properties with sub-micron digital accuracy. Digital Precision: The CAD/CAM Advantage The core

Metal Protection Cap With Post The Metal Protection Cap with Post is a specialized prosthetic solution designed to salvage and utilize residual tooth roots. By combining a protective root-surface cover and an anchoring post into a single, monolithic cast piece, this system provides a robust foundation for full-arch removable restorations. Key Benefits of the Protection Cap System ■ Root Preservation & Bone Maintenance By utilizing the residual root rather than extracting it,

Implant Bar - Titanium CAD/CAM with Teeth Shape (Screw Included) The Titanium CAD/CAM Implant Bar with Teeth Shape represents the intersection of aerospace-grade metallurgy and sophisticated digital dentistry. By integrating anatomical tooth forms directly into the milled titanium framework, this system provides an optimized, high-strength foundation specifically engineered for complex full-arch rehabilitations. Traditional casting methods often struggle with microscopic