This next-gen Ti-Base model for Multi-Unit systems is engineered to deliver maximum mechanical strength and precise adaptation to the multi-unit geometry.
Its improved design features a thicker, more durable body that ensures tighter contact with the multi-unit interface, as well as additional retention micro grooves that enhance cement grip and overall structural stability.
Overview
New Multi-unit Ti-base edition represent a significant advancement in implant-supported restorations, based on feedbacks from prosthetic surgeons and technicians.
By integrating state-of-the-art CAD/CAM technology, they enable the fabrication of highly customized and ultra-precise restorations for every patient.
Through innovative engineering and ergonomic design, these bases guarantee maximum accuracy, improved stability, and a perfectly anatomical fit, while offering ease and comfort during both preparation and final restoration.
The updated model is thicker and stronger, allowing for various modifications such as milling, turning, or welding.
The rounded ends of this Ti-Base model provide a more anatomically accurate shape, ensuring a natural contour and perfect adaptation to the soft tissue and surrounding structures.
This refined geometry enhances fit, comfort, and esthetics, while also improving load distribution and reducing pressure on adjacent tissues resulting in a more stable and long-lasting restoration.
Key Advantages
Thicker and stronger walls - enhanced strength and long-term structural durability.
Precise and stable adaptation - ensures an accurate fit and tight connection with the multi-unit system.
Additional retention grooves - increase cement bonding and mechanical resistance.
High-precision customization - provides an ideal anatomical and functional restoration.
Superior biocompatibility - crafted from medical-grade titanium (Grade 5) for safe, long-term intraoral use.
Exceptional resistance to wear, deformation, and corrosion.
Excellent esthetics and easy handling - ensures smooth workflow for dental professionals.
