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NORTHTEXASDENTAL LAB

Products

Eight restorations and the design behind them, made in-house.

Every restoration below is designed digitally, reviewed by a prosthodontist, and milled, printed and finished under one roof. The design work is available on its own as well.

01 · Product

Monolithic Zirconia

A full-arch prosthesis milled from one piece of zirconia has no veneering layer to chip and no acrylic to wear. Made as FP1, teeth only, or FP3, teeth and pink tissue in one piece. The arch is designed against the merged scan data, milled, coloured by hand before sintering, then stained and glazed so it reads as teeth and tissue rather than a block of ceramic.

  • FP1 (teeth only) and FP3 (teeth and pink tissue) designs
  • Milled from a single zirconia block; nothing layered on to fracture
  • Hand-coloured before sintering, stained and glazed after
  • Designed for screw-retained delivery on multi-unit abutments or Ti-bases
  • Verified against the approved prototype before milling
Upper and lower FP3 monolithic zirconia full-arch prostheses with stained pink tissue, photographed against black

02 · Product

Titanium Bar with Zirconia

Where the span is long, the restorative space is generous or the patient is hard on their teeth, the zirconia is supported by a milled titanium bar. The bar takes the load across the implants and gives the zirconia a rigid, passive foundation; the zirconia gives the wear resistance and the finish.

  • Milled titanium bar designed together with the teeth, not after them
  • Rigid support across long spans and cantilevers
  • Passive fit checked on the verified model before finishing
  • Zirconia superstructure stained and glazed to the approved design
  • Pink porcelain gingiva, layered, stained and glazed by hand
Titanium bar with zirconia full arch finished with pink porcelain gingiva, stained and glazed, photographed against black

03 · Product

Titanium Bar with PMMA

A milled titanium bar wrapped in PMMA gives a fixed full-arch restoration that is lighter than zirconia, gentler on an opposing natural dentition or prosthesis, and straightforward to repair or reline chairside. A strong choice where shock absorption and serviceability matter more than ultimate hardness.

  • Milled titanium bar for strength, PMMA for resilience
  • Lighter than an all-zirconia arch
  • Teeth and tissue can be repaired or refreshed without remaking the bar
  • Suits an opposing denture, hybrid or worn natural dentition
Gold-anodised titanium bar seated in a pink acrylic full-arch prosthesis, held in a gloved hand

04 · Product

Zirconia Crowns

Tooth-borne zirconia crowns and bridges for posterior strength or anterior aesthetics. Each restoration is designed from your scan, milled, coloured before sintering and characterised afterwards, with contacts and occlusion checked on the printed or digital model before it leaves the lab.

  • Designed from an intraoral scan or a conventional impression
  • Pre-sinter colouring plus stain and glaze characterisation
  • Contacts and occlusion verified before dispatch
  • Singles, splinted units and bridges
Zirconia restorations shown during colouring and again after sintering and staining

05 · Product

Lithium Disilicate Crowns

Lithium disilicate is the material of choice when the restoration has to disappear into the smile: anterior crowns, veneers, inlays and onlays. It is designed digitally, then stained and glazed to the shade and surface texture you prescribe, and is suited to adhesive bonding.

  • High translucency for anterior and premolar aesthetics
  • Crowns, veneers, inlays and onlays
  • Characterised to your shade, photographs and texture notes
  • Designed for adhesive cementation
Restoration being designed in CAD software

06 · Product

Screw-Retained Implant Crown and Bridge

A screw-retained crown or bridge can be removed, serviced and replaced without cutting it off, and there is no excess cement to find its way below the tissue. Restorations are bonded to titanium bases in the lab, with the emergence profile shaped to support the soft tissue and the access channel positioned away from the aesthetic zone wherever the implant angle allows. Short-span bridges are made the same way, on engaging or non-engaging bases as the implant positions require, and a glazed 3D-printed temporary can be supplied first so the tissue is shaped before the definitive is made.

  • Single crowns and short-span bridges, zirconia or ceramic, bonded to titanium bases
  • Retrievable; no subgingival cement
  • Emergence profile designed to support the tissue
  • Glazed 3D-printed temporaries available ahead of the definitive
  • Send the implant system and platform with the case
Glazed and finished 3D-printed temporary two-unit bridge on a free-rotational multi-unit base and an anti-rotational connect base, with the emergence profile marked
Finished screw-retained crown and bridge on titanium bases, photographed against white

07 · Product

3D-Printed PMMA Prototype Implant-Retained Prosthesis

Before a definitive arch is committed to zirconia or titanium, the design is printed and tried in the mouth. The patient wears the proposed tooth position, midline, smile line and vertical dimension; you check passive fit, occlusion and phonetics. Whatever needs changing is changed in the file, and the definitive is milled from the version that worked.

  • Proves fit, occlusion, phonetics and aesthetics in the mouth
  • Changes are made in the design file, not on the final prosthesis
  • Used for immediate-load provisionals and for try-in prototypes
  • The approved prototype becomes the blueprint for the definitive
Upper and lower prosthetic set mounted for evaluation

08 · Product

Milled PMMA Long-Term Provisional Prosthesis

Milled PMMA is denser, stronger and more colour-stable than a printed or chairside provisional, which makes it the right material when a case has to stay in provisionals for months, through osseointegration, staged surgery, tissue maturation or a patient who needs time before the definitive.

  • Milled from a pre-cured, high-density PMMA puck
  • Stronger and more stain-resistant than printed provisionals
  • For extended healing, staged treatment and tissue conditioning
  • Implant-retained or tooth-borne
Finished full-arch prosthesis with pink tissue and a polished bar substructure

09 · Product

Digital Design

Every restoration the lab makes starts as a digital design on the merged scan, CBCT and photographs, and that design work is available on its own. Send the records and receive a design for review: a full-arch tooth set-up, a bar or framework, a crown or bridge, or a surgical and prosthetic plan. Approve it, request changes, and take the finished file to your in-office mill or printer, or have the lab manufacture it.

  • Full-arch set-ups, bars and frameworks, crowns and bridges
  • Designed on the merged scan, CBCT and photographs
  • Reviewed by a prosthodontist before it reaches you
  • Delivered as a file for your equipment, or manufactured in-house

Not sure which restoration the case needs?

Send the records or call the lab. You will get a clinician's opinion on the material and design before anything is made.

Monday – Friday, 8:00 AM – 5:00 PM · Dallas, TX