Bio3 Angulated Multi-Unit Abutments Wide – 17 Degree Diameter 4.3mm Length 3mm
£60.00Angulated multi-unit 17° wide platform is intended for the construction with screw retention during the treatment of partial or full adentia.
Showing 177–192 of 256 results
Angulated multi-unit 17° wide platform is intended for the construction with screw retention during the treatment of partial or full adentia.
Anatomically designed Healing Cap (Premolar Type) for standard platform (Internal Hex 2.1mm).
Angulated multi-unit 30° standard platform is intended for the construction with screw retention during the treatment of partial or full adentia.
Anatomically designed Healing Cap (Premolar Type) for standard platform (Internal Hex 2.1mm).
Angulated multi-unit 30° standard platform is intended for the construction with screw retention during the treatment of partial or full adentia.
Anatomically designed Healing Cap (Premolar Type) for wide platform (Internal Hex 2.5mm).
Angulated multi-unit 30° standard platform is intended for the construction with screw retention during the treatment of partial or full adentia.
Anatomically designed Healing Cap (Premolar Type) for wide platform (Internal Hex 2.5mm).
Angulated multi-unit 30° wide platform is intended for the construction with screw retention during the treatment of partial or full adentia.
Anatomically designed Healing Cap (Molar Type) for standard platform (Internal Hex 2.1mm).
Angulated multi-unit 30° wide platform is intended for the construction with screw retention during the treatment of partial or full adentia.
Anatomically designed Healing Cap (Molar Type) for standard platform (Internal Hex 2.1mm).
Angulated multi-unit 30° wide platform is intended for the construction with screw retention during the treatment of partial or full adentia.
Anatomically designed Healing Cap (Molar Type) for wide platform (Internal Hex 2.5mm).
Anatomically designed Healing Cap (Molar Type) for wide platform (Internal Hex 2.5mm).
Burned-out abutment for standard platform (2.1mm). Used for individual orthopedic construction.