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- lingual and proximal axial reduction of the tooth structure,
- distinct proximal grooves
- lingual groove
- an incisal offset
- Cast post and core with interlocking prefabricated post on molar
- No lingual reduction of canine
- Four parallel groves on premolar and molar
The whole preparation is made as parallel as possible using by AcuHand System to electronically control position of cutting instrument.
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- 1 lingual and proximal axial reduction of the tooth structure,
- distinct proximal grooves
- lingual grooves
- lingual boxes
- No casp reduction of premolar and molar
The whole preparation is made as parallel as possible using by AcuHand System to electronically control position of cutting instrument.
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- lingual and proximal axial reduction of the tooth structure,
- distinct proximal grooves,
- occlusal or incisal offset
- uncut lingual cusps of molar
- no lingual reduction of canine
The whole preparation as made as parallel as possible using AcuHand System to electronically control position of cutting instrument
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- lingual and proximal axial reduction of the tooth structure,
- distinct proximal grooves
- lingual grooves
- an occlusal offset
- No casp reduction of premolar and molar
The whole preparation is made as parallel as possible using by AcuHand System to electronically control position of cutting instrument. |
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The abutment teeth have considerably different axial inclination.
Making a conventional crown on a molar would require a significant removal of sound tooth
structure on facial side to fit the bridge.
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- lingual and proximal axial reduction of the tooth structure,
- distinct proximal grooves
- proximal boxes
- an occlusal offset
- No casp reduction of premolar and molar
The whole preparation is made as parallel as possible using by AcuHand System to electronically control position of cutting instrument.
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