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COMPATIBLE compatible chart

Our COMPATIBLE abutments are designed to fit perfectly with other systems and instruments. There is a wide range of abutment selections, whose interface can be selected according to the desired system. The design of the implant head is not always the same, only compatible with the original design. Customized solutions can also be ordered.

 

 

 

COMPATIBLE Selections of abutments

Denomination Sulcus height (mm) Head height (mm) Description Geometry Accessories
Prosthetic elements
Healing cap, narrow 2 / 4 / 6 Its function is to ensure the adequate, formatted healing of the soft tissue above the implant in the adequate width of the implant diameter.
Healing cap, anatomical 2 / 4 / 6 Its function is to ensure the adequate, anatomical formed healing of the soft tissue above the implant according to the anatomical head form connected to the implant.
Technical implant 12 It is used for defining the position of the implants in the mouth plaster model.
Sampling head for closed spoon 11 This aid is used for making a mouth model of the patient, which can be applied in the case of closed sampling spoon.
Sampling head for open spoon 11 This aid is used for making a mouth model of the patient, which can be applied in the case of open sampling spoon.
Heads for glueable toothwork
Burnable plastic head, positioned 12 In the case of cast bridges,this positioned sampling head is used for making the mould around which the geometric shape of the tooth is made of a sampling material.
Burnable plastic head, non-positioned 12 In the case of cast bridges,this non-positioned sampling head is used for making the mould
around which the geometric shape of the tooth is made of a sampling material.
Cobalt-chromium based casting head, positioned 12 This is such a combined head, of which the part fitted to the implant is made of Cobalt-chromium material. The molded material is melted onto the Co-Cr based material embedded in the mould during moulding.
Cobalt-chromium based casting head, non-positioned 12 This is such a combined head, of which the part fitted to the implant is made of Cobalt-chromium material. The molded material is melted onto the Co-Cr based material embedded in the mould during moulding.
Interface, positioned The function of the interface is to preferably transform the relation of the toothwork and implant and in this case the ensurance of the rotation inhibition is needed.
Interface, non-positioned The function of the interface is to preferably transform the relation of the toothwork and implant and in this case the ensurance of the rotation inhibition is not needed.
Ball-joint head, positioned 1 / 3 In the case of cast bridges, it is provided with a sampling head for moulding around which the geometric shape of the tooth is made of a sampling material. It is formed preferably in order to ensure the rotation of the burnable sampling head on a sphere surface and between 0-30 ° it can be fixed to the implant with a preferably formed screw provided with a torx key aperture. This is such a combined head, of which the part fitted to the implant is made of Cobalt-chromium material. The molded material is melted onto the Co-Cr based material embedded in the mould during moulding.
Ball-joint head, non-positioned 1 / 3
Temporary heads
Temporary head, positioned 12 This positioned titanium abutment is used for creating temporary toothworks.
Temporary head, non-positioned 12 This non-positioned titanium abutment is used for creating temporary toothworks.
Temporary head, positioned, PEEK 12 This positioned plastic abutment is used for creating temporary toothworks.
Temporary head, non-positioned, PEEK 12 This non-positioned plastic abutment is used for creating temporary toothworks.
Heads for glueable toothwork
Narrow head, straight 9 Small place is required in the case of the straight, narrow head, which is used for creating glued toothworks.
Narrow head, oblique, 15°, 25° 9 This can be applied in the case of toothworks , which require small place, if the axis of the implant is 15-25 degrees different from the direction of the natural teeth.
Universal head, straight 11 In the majority cases of glued toothworks, it is a solution for creating average toothworks.
Universal head, oblique, 15°, 25°, 35°, 45° 11 This can be applied if the axis of the implant is 15-45° different from the direction of the natural teeth.
Anatomical head, straight 2 / 4 / 6 It is a solution in the majority cases of glued toothworks. It is provided with such a form design, that follows the line of intersection of the crown.
Anatomical head, oblique, 15°, 25° 2 / 4 / 6 This can be applied ,if the axis of the implant is 15-45 degrees different from the direction of the natural teeth.
Trapezoidal head, 15°, 25°, 35°, 45° 9 / 11 / 13 It is used in the case of large angular deviations, it can be paralleled with grinding. It is provided with a circular symmetry. It requires a great deal of effort.
Delta head, 15°, 25°, 35°, 45° 9 / 11 / 13 It is provided with a non-circular symmetry, which is suitable for forming oblique heads between the A and B position with a little effort , in the case of large angular deviations.
Ball head 0,5 / 1 / 2 / 3 / 4 / 5 / 6 / 7 This is such a retainer of removable toothworks, which is provided with a ball formed patent head. The sulcus and the ball head are manufactured in more dimensions.
“Lokator” head 0,5 / 1 / 2 / 3 / 4 / 5 / 6 / 7 This is such a retainer of removable toothworks, which is provided with a torus-shaped verge.
Heads for screwed toothworks
Multi-unit head, straight 0,5 / 1 / 2 / 3 / 4 / 5 / 6 / 7 Owing to the low conical head, the denture can be placed onto the paracentrically located implants with a precise fixation which is fixed with screw.
Multi-unit head, through-bolted 0,5 / 1 / 2 / 3 / 4 / 5 / 6 / 7 This is a short, conical abutment, which ensures the precise fixation of the toothwork in the case paracentrically located implants. The fixation of it is ensured with a long through-bolt.
Multi-unit head, oblique, 15°, 17°, 20°, 25°, 30° 1 / 2 / 3 / 4 / 5 / 6 / 7 A spreader which was developed in the case of large (>20°) angular deviations. It can be fixed with a through-bolt to the implant, the toothwork can be fixed with a multi-unit head screw to the screw thread of the abutment cone.
MC head, oblique, 20°, 30° 1 / 2 / 3 / 4 / 5 / 6 / 7 In the case of large (>20°)angular deviations. The abutment consists of two parts, a cup and a conical head, which can be screwed into the cup. The toothwork can be fixed with a multi-unit head screw to the screw thread of the abutment cone.
Multi-unit SR head, screwable 0,5 / 1 / 2 / 3 / 4 / 5 / 6 / 7 Its function is the same with the multi-unit heads, except that the tilting stability is increased due to the longer cone design.
Multi-unit SR head, oblique, 20°, 30° 1 / 2 / 3 / 4 / 5 / 6 / 7 The function of the SR head is the same with the multi-unit head design, except that a large tilting stability is created in the case of the abutment due to the cone between 3 and 5 mm lengths. In the case of large (>20°) angular deviations.
CAD/CAM elements
Titanium base 5 It ensures the precise relation between the implant and the toothwork, if there is no adequate stability provided by the raw material of the toothwork. It is used in the case of plastic and zircon dentures.
Press ceramic base 5 It is such a positioned abutment, which is recommend in the case of toothworks made of press ceramic. It is provided with grooves that are perpendicular to the axis and with a longitudinal groove in favor of the adequate adhesion of the press ceramic.
Tube head, positioned 9 These are such positioned abutments ,which are suitable for keeping the screwed toothworks, which are mainly made of zirconium material.
Tube head, non-positioned 9 These are such non-positioned abutments, which are suitable for keeping the screwed toothworks, which are mainly made of zirconium material.
Scanbody head, through-bolted 12 This is such an abutment, which is applied for CAD/CAM techniques, scanning, primarily used for solo crowns. It is used for defining the position of the implant in the mouth.
Scanbody head, screwable 12 This is such an abutment, which is applied for CAD/CAM techniques, scanning, primarily used for toothwork bridges. It is used for defining the position of the implant in the mouth.