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

Mesa 3D-Printed Restoration

Mesa practices running a digital workflow already know the bottleneck: scan data is ready in minutes, but the physical restoration takes too long to arrive. Dani Dental's 3D-printed restoration service is built around that gap. Practices submit intraoral scan files directly, no physical impression required, and production queues the same business day the file clears QC. Single-unit printed temporaries, printed surgical guides, and printed diagnostic wax-up analogs all move through the same streamlined file-to-print pipeline.

  • 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.

Mesa practices running a digital workflow already know the bottleneck: scan data is ready in minutes, but the physical restoration takes too long to arrive. Dani Dental's 3D-printed restoration service is built around that gap. Practices submit intraoral scan files directly, no physical impression required, and production queues the same business day the file clears QC. Single-unit printed temporaries, printed surgical guides, and printed diagnostic wax-up analogs all move through the same streamlined file-to-print pipeline.

THE DETAIL

How we build it.

Large national-network labs process printed restorations through centralized production centers where no single technician owns the case from file intake to final QA. The workflow is efficient at scale but it insulates the clinician from accountability. When a Mesa practice calls about a fit issue, the call routes through a customer-service tier that is two or three steps removed from the production floor. Dani Dental routes it directly to the bench technician, same day, typically within two business hours. Regional labs operating at the mid-market tier often offer 3D printing as an add-on to a traditional fixed-prosthetics workflow. The print equipment exists, but the in-house expertise around material selection, support structure optimization, and post-cure protocol is thinner. That gap shows in marginal fit consistency. Dani Dental invested in digital production infrastructure beginning in 2019, which means the printed restoration workflow is not bolted onto a legacy process; it is the primary production path for eligible cases. For Mesa practices that have already digitized their operatory with intraoral scanners, working with a lab that treats the digital file as the primary handoff object rather than a convenience alternative saves meaningful time per case. No polyvinyl siloxane impressions to pour, no shipping delay on physical models, no re-pour if the impression tears. The scan arrives, QC clears it, and production starts. That compression is where the chair-time savings land.

GETTING CASES TO US

Logistics, to the bench.

Mesa practices running a digital workflow already know the bottleneck: scan data is ready in minutes, but the physical restoration takes too long to arrive. Dani Dental's 3D-printed restoration service is built around that gap. Practices submit intraoral scan files directly, no physical impression required, and production queues the same business day the file clears QC. Single-unit printed temporaries, printed surgical guides, and printed diagnostic wax-up analogs all move through the same streamlined file-to-print pipeline. On the materials side, the lab works with validated photopolymer and resin-based composite materials calibrated for occlusal wear targets appropriate to each restoration type. Printed temporaries for implant cases are matched to the planned final prosthesis contour so the transition from provisional to definitive involves zero reseat surprises. For Mesa clinicians running All-on-X or full-arch implant protocols, the ability to have printed surgical guides and immediate-load provisionals produced from the same scan dataset compresses chair time and reduces same-day variables. Every case ships with the direct line of the technician who produced it. That is not a policy statement; it is how Dani Dental has operated since Michael Dobrikov formalized the named-technician model for Arizona accounts. If a Mesa clinician calls at 7 a.m. about a printed provisional that landed differently than expected, the person who printed it picks up.

COMMON QUESTIONS

What practices ask

What file formats does Dani Dental accept for 3D-printed restoration cases from Mesa practices?
The lab accepts STL and OBJ exports from all major intraoral scanner platforms, including files exported from 3Shape TRIOS, Carestream, and iTero systems. If a Mesa practice is using a scanner that outputs a proprietary format, contact the lab directly before the first case submission. Most platforms export to STL natively and that file type clears QC without conversion.
How does turnaround time for printed restorations compare to milled restorations?
For single-unit cases, printed and milled turnaround times are comparable at five business days from file receipt. Where printing gains ground is on complex provisional cases for full-arch implant protocols: a complete printed immediate-load provisional can be produced from the surgical scan dataset in the same production cycle as the surgical guide, which a milled workflow typically cannot match without a separate scheduling queue.
Are 3D-printed temporaries from Dani Dental appropriate for long-term provisionalization?
Printed temporaries produced at Dani Dental are validated for provisionalization periods up to six months under normal occlusal load. Cases involving bruxism or heavy parafunction should be flagged at case submission so the technician can select a higher-wear-resistance resin and adjust wall thickness parameters. Cases requiring longer provisionalization periods are evaluated individually.
Can Mesa practices use 3D-printed surgical guides produced by Dani Dental alongside implant systems from any manufacturer?
Printed surgical guides are produced to sleeve specifications for all major implant systems. The practice provides the CBCT dataset and the planned implant position file; the lab designs and prints the guide to match. Confirmation of sleeve compatibility with the specific driver kit the practice uses is confirmed before production begins, not after.
What happens if a printed restoration does not seat correctly at the Mesa practice?
Contact the named technician directly using the number included with the shipment. The technician reviews the original scan data, the printed output record, and the reported fit discrepancy together. If the issue originates in production, a corrected restoration enters the print queue the same day. Dani Dental's remake rate for printed restorations has held below 2.5% over the trailing 12 months, but when a remake is warranted it is not routed through a customer-service escalation process.
Does Dani Dental offer printed diagnostic wax-up analogs for Mesa cosmetic cases?
Yes. Printed diagnostic analogs are produced from the design file before any preparation begins, giving the clinician and patient a physical preview of the planned outcome. For Mesa practices presenting cosmetic treatment plans involving six or more anterior units, the printed analog can be delivered to the practice within the standard five-day production window from scan file receipt.

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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