BIOPLANT, Multi-unit abutment, angled, positioned, wide, LT2, type-A

Angled, Position-Oriented Multi-Unit Abutment for LT2 System, Wide Design with M1.4 Internal Thread

The Multi-unit abutment, angled, positioned, wide, LT2, type-A is a prosthetic component designed for implant-level or intermediate multi-unit connections. This angled abutment facilitates alignment between the implant axis and the prosthetic direction, while its wide profile provides enhanced stability, especially in posterior regions or high-load restorations.

The Type A position-oriented design ensures that a specific flat surface of the connection interface always aligns in the same orientation relative to the top of the abutment. This allows for consistent and accurate positioning, which is crucial for the functional and aesthetic integration of multi-implant prostheses.

The M1.4 internal thread located on the top of the abutment enables secure fixation of final prosthetic elements, such as bridge frameworks or other screw-retained components. The lower portion is geometrically matched to the LT2 multi-unit platform, ensuring stable, screwless insertion.

Main Advantages:

• Angular correction: Compensates for implant axis deviation.
• Position-oriented (Type A): The same flat face of the connection always aligns during reinsertion.
• Wide design: Provides increased support for soft tissues and prosthetic restorations.
• LT2 compatibility: Fully integrates with LT2 platform systems.
• M1.4 internal thread: Allows fixation of screw-retained prosthetic components.
• Biocompatible titanium: Durable, sterilizable, and tissue-friendly medical-grade material.

Indications:

The Multi-unit abutment, angled, positioned, wide, LT2, type-A is an ideal solution for screw-retained prosthetic restorations based on multiple implants, where angular correction, enhanced stability, precise orientation, and compatibility with the LT2 system are essential.

The product image is for illustration purposes only; actual colour and geometry may vary depending on selected specifications.