Jason D
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Like everyone else I thought encode was a neat idea when it was released, and like everyone else I was very disappointed at the gaps that existed and still exist today, so I’ve been trying to think of what I can do to improve the result from my side.
I have 3 issues with encode:
1: the milling center is the most unreliable we deal with in terms of service - last month we waited almost 2 weeks for a single ti abutment and they could not even tell us when it would be done for days.
2: the qc rarely (never)meets our standards, from massive problems, like getting an abutment back that is in contact with the opposing on the model (even had a gouge on the opposing from them closing the articulation into the abutment) to lesser problems with shape and angulation, all of which we have to corrected in the lab before even starting the restorative.
I don’t know what we can do about those other than complain or vote with our feet.
The third big problem though, I want to try to address: the robocast process.
The placement of the analog in the model Creates a column of destruction three times the size of the abutment when they bore out the model for analog placement. This usually destroys surrounding gingival architecture, sometimes even adjacent teeth…
So I’m thinking about scanning the model prior to sending to 3I, then scanning the encode model with a scan tag in place and reverse engineering an printed implant model. We sometimes do this “analog style” right now, just making a matrix pre-op and creating a soft tissue segment over the destroyed portion of the encode model, but I would like to make the process more consistent and have the reference of overlayed scans to show the doc what we did and why...
Thoughts?
I have 3 issues with encode:
1: the milling center is the most unreliable we deal with in terms of service - last month we waited almost 2 weeks for a single ti abutment and they could not even tell us when it would be done for days.
2: the qc rarely (never)meets our standards, from massive problems, like getting an abutment back that is in contact with the opposing on the model (even had a gouge on the opposing from them closing the articulation into the abutment) to lesser problems with shape and angulation, all of which we have to corrected in the lab before even starting the restorative.
I don’t know what we can do about those other than complain or vote with our feet.
The third big problem though, I want to try to address: the robocast process.
The placement of the analog in the model Creates a column of destruction three times the size of the abutment when they bore out the model for analog placement. This usually destroys surrounding gingival architecture, sometimes even adjacent teeth…
So I’m thinking about scanning the model prior to sending to 3I, then scanning the encode model with a scan tag in place and reverse engineering an printed implant model. We sometimes do this “analog style” right now, just making a matrix pre-op and creating a soft tissue segment over the destroyed portion of the encode model, but I would like to make the process more consistent and have the reference of overlayed scans to show the doc what we did and why...
Thoughts?