Scanbody
Embodiments include a scanbody that includes a base that fits in an anti-rotation geometry of a dental implant, and a body that is set to be scanner. The body includes a lateral surface with geometrical elements that allow the identification of information regarding a position, direction and rotation of the scanbody. The body lateral surface does not include any flat portion and includes a first opposing trunconical element, base-to-base, a secondary trunconic element and concave surfaces disposed at the side, including a hole ( 5 ) that receives a fixing screw.
1. A scanbody consisting of:
a base with a coupling geometry configured to fit a geometry of a dental implant coupling, and
a body configured to be scanned, wherein the body consists of a height and a lateral surface consisting of two geometrical elements that allow identification of information of a position, a direction and a rotation of the scanbody,
wherein
the lateral surface of said body does not comprise any flat areas,
said two geometrical elements of said lateral surface form the height of said body,
said two geometrical elements consist of a dual-trunconical assembly formed by two opposing truncated cones coupled base-to-base,
said two opposing truncated cones consist of
a primary trunconic element, and
a secondary trunconic element coupled to the primary trunconic element, such that the primary trunconic element is aligned with a longitudinal axis of the secondary trunconic element, and
the lateral surface of the body further consists of at least one concave surface that overlaps both said primary trunconic element and said secondary trunconic element.
2. The scanbody according to claim 1 , further consisting of a hole configured to receive a fixing screw inserted therein.
3. The scanbody according to claim 1 , wherein the coupling geometry of the base consists of a Morse taper geometry that includes a surface with three concave sides lodged by three convex sides.
4. The scanbody according to claim 1 , wherein the coupling geometry of the base consists of a universal geometry that includes fastening clamps to secure the scanbody.
5. The scanbody according to claim 1 , wherein the coupling geometry of the base consists of a Morse taper geometry that includes a hexagonal prism.
6. The scanbody according to claim 1 , wherein the coupling geometry of the base consists of a straight trunconic geometry.
7. The scanbody according to claim 1 , wherein the scanbody is a biocompatible material.
8. The scanbody according to claim 1 , wherein the scanbody is a polyether ether keton material configured for applications in medical, pharmaceutical and biotechnology markets.
9. The scanbody according to claim 1 , wherein said base and said body consist of a predefined height.