We
are pleased to report that state-of-the-art CAD technology and our
tech-savvy team of CAD/CAM technicians enable us to reduce fees and
turnaround time on our premium, patient-specific, iRis custom abutment
and bar implant prosthetics. We call our simple and straightforward fee
structure All.In.One. It is intended to remove the uncertainty
surrounding lab fees. These low fees, and our decades of restorative
experience, can help you become more efficient and profitable in the
restoration of implants while providing optimal treatment.
Fees
for fixed restorations are per implant and include the following:
special soft-tissue model, analog, articulation, iRis custom abutment,
CAD abutment seating jig, and fixed restorations, including noble alloy.
Price excludes high-noble alloy, shipping, and tax. Removable fees are
per arch and include: custom trays, models, special soft-tissue model,
articulation, standard and processed bite rim, fit-verification jig,
setups, resets, cast metal or Fiber Force strengthening substructure,
acrylic finish, one full set of premium teeth, one set of economy
teeth, protective night guard, iRis titanium CAD/CAM bar on an unlimited
number of implants, final screws for bar, analogs, and your choice of
standard attachments (e.g., locators, hader clips, era, o-rings,
bredent). Price excludes in-office technician labor, impression
transfer, transmucosal and multiunit abutments (usually not required)
shipping, and tax.
The
fees represent maximum costs for the specified designs (call for new
Implant Fee schedule). Actual fees may be lower depending upon processes
that may not be required or performed clinically. Individual fees will
be itemized and billed at the time service is rendered. All.In.One
components are produced by ROE’s preferred suppliers. When original
manufacturer parts are requested there will be an increased cost.
iRis
abutments and bars featured in our All.In.One service are fabricated on
the ULTRASONIC 20, a 5-axis, robotic milling machine capable of 42,000
rpm. The 2.3 ton machine is considered the most stable in its class and
is capable of milling both titanium and zirconia from single unit to
full roundhouse bridges, as well as implant bar frameworks, all within
10 microns.