1243 E Broadway Rd, Tempe AZ · (480) 449-09093433 E Ft Lowell Rd, Tucson AZ · (520) 795-7970
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SERVICE

Glendale 3D-Printed Restoration

Glendale practices running a digital workflow already know the gap: the scan is clean, the design file is solid, and then it sits waiting on a lab that wasn't built around additive manufacturing. Dani Dental's 3D-printed restoration workflow is built from the file up. Intraoral scans from iTero, 3Shape Trios, or Medit arrive directly and move into in-house CAD the same day. No re-scanning, no analog conversion step burning 24 hours before fabrication even starts.

  • Pre-paid two-way shipping, nationwide
  • A named technician on every case
  • Margins verified against your prescription
  • Tempe + Tucson locations

THE SERVICE

Built to your prescription.

Glendale practices running a digital workflow already know the gap: the scan is clean, the design file is solid, and then it sits waiting on a lab that wasn't built around additive manufacturing. Dani Dental's 3D-printed restoration workflow is built from the file up. Intraoral scans from iTero, 3Shape Trios, or Medit arrive directly and move into in-house CAD the same day. No re-scanning, no analog conversion step burning 24 hours before fabrication even starts.

THE DETAIL

How we build it.

Large national-network labs process 3D-printed cases at volume, which means your file enters a queue managed by a routing system rather than a named technician. For straightforward single-unit cases, that pipeline works. For anything involving occlusal nuance, shade matching on adjacent naturals, or a full-arch provisional that needs to fit the first time, routing-by-queue produces a remake conversation two weeks after the original seat date. Dani Dental assigns a specific technician to each account. That technician reviews the scan, flags problems before fabrication, and is reachable by direct line after dispatch. Regional labs operating at boutique scale sometimes market themselves on personalization, but the equipment investment required to run a legitimate digital printing workflow is substantial. Printers capable of producing clinical-grade resin at consistent layer resolution, the post-processing stations, and the calibration protocols that prevent warping during cure cycles are not commodity items. Dani Dental has carried that capital investment. Glendale practices are not being processed on a desktop unit purchased because it was affordable; they are working with production-grade equipment that has been validated against clinical tolerances. The communication structure is also distinct. Accounts that leave dental labs consistently cite the same friction point: no one responds when something is wrong. At Dani Dental, every outbound case package includes the technician's direct contact. Remake requests, shade questions, and occlusion notes go to the person who built the case, not to a general customer service queue. For a Glendale practice running eight to twelve cases a week, that single structural difference reduces chair-time lost to back-and-forth by a measurable margin.

GETTING CASES TO US

Logistics, to the bench.

Glendale practices running a digital workflow already know the gap: the scan is clean, the design file is solid, and then it sits waiting on a lab that wasn't built around additive manufacturing. Dani Dental's 3D-printed restoration workflow is built from the file up. Intraoral scans from iTero, 3Shape Trios, or Medit arrive directly and move into in-house CAD the same day. No re-scanning, no analog conversion step burning 24 hours before fabrication even starts. The material stack covers the full range of clinically relevant printed options: high-strength resin provisionals designed to survive four to eight weeks in function, printed refractory and model dies that support conventional layering on complex anteriors, and printed frameworks for hybrid prosthetics. For Glendale dentists managing multi-unit cases or full-arch temporization before final zirconia delivery, that range matters. One lab, one file, one technician contact. Shipping logistics between the lab and Glendale practices average one transit day via the courier routes Dani Dental uses across the Phoenix metro. That single transit day, combined with the three-to-five-day bench window, puts most printed restorations in a dentist's hands before the end of the same week the impression was taken. If a case needs a rush lane, that conversation happens with the technician directly, not through a general intake form.

COMMON QUESTIONS

What practices ask

Which intraoral scan formats does Dani Dental accept for 3D-printed cases from Glendale practices?
Dani Dental accepts STL and PLY exports from all major intraoral scanners in active clinical use, including iTero Element, 3Shape Trios, Medit i700, and Carestream CS 3600. Files are uploaded through the lab's secure case portal. If your scanner exports a proprietary format, contact the assigned technician before submission and the intake team will confirm compatibility within one business day.
What is the standard turnaround for a 3D-printed provisional crown sent from a Glendale office?
Standard bench time for a single-unit printed provisional is three to five business days from file receipt. Glendale sits within one transit day of the Dani Dental lab using the courier routes the lab maintains across the Phoenix metro. Most cases arrive before the end of the week the scan was submitted. Rush turnaround is available; confirm the timeline directly with the assigned technician when submitting the case.
Can 3D-printed restorations be used as final restorations, or only as provisionals?
It depends on the material and the clinical indication. High-strength printed resins currently perform best in provisional roles, typically four to eight weeks in function. Printed frameworks for hybrid prosthetics serve as long-term structural components under a final overlay material. For permanent single-unit crowns, milled monolithic zirconia remains the more clinically validated path. The assigned technician will advise on the right workflow for each specific case at the design review stage.
How does Dani Dental handle remake requests on 3D-printed cases?
Remake requests are directed to the technician who fabricated the original case, not to a general intake queue. Send the clinical photo, the adjusted scan if applicable, and a description of the fit or occlusion issue. The technician reviews the file, identifies whether the error originated in the scan, the design, or fabrication, and initiates the corrected unit. Internal QC tracking shows a remake rate below 2.5% across printed cases in the most recent 12-month audit period.
Does Dani Dental offer full-arch temporization for All-on-X cases in the Glendale market?
Yes. Full-arch printed temporaries for All-on-X and All-on-4 workflows are a standard service. These are fabricated from high-strength printed resin and designed to the implant positions in the submitted CBCT or scan data. Glendale oral surgeons and restorative dentists working on same-day load protocols should discuss case timing with the technician at submission so the printed temporary ships to align with the surgical date.
What quality controls prevent warping or fit failures in the printed restorations Dani Dental ships?
Post-processing protocol is the main variable that separates production-grade results from desktop-unit output. Dani Dental uses calibrated post-cure stations with controlled temperature and UV exposure duration, validated against a consistent layer resolution spec for each material in use. Every printed unit is checked against the digital model before dispatch. Cases that fail the dimensional check are reprinted before shipping, which is part of how the lab maintains a sub-2.5% remake rate.

REQUEST A DOCTOR KIT

Try the work before you switch.

Request a Doctor Kit and we'll mail RX pads, a shade guide, and pre-paid shipping for your first three cases. No call, no contract.

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