Dental lab service
Send us the scan. We create the design, print the framework, and ship the completed case back to your lab.
Send a case
Included
Design and resin model are included in the price.
Standard turnaround
Ships in 6 business days
Rush turnaround
Ships in 4 business days · $40 rush fee
What we make
Choose Cobalt-Chrome (CoCr) or Titanium (Ti).
Major connector, rests, clasps and mesh retention printed as one piece — no soldering, no casting shrinkage to compensate for.
Copings and bridge substructures in Cobalt-Chrome or Space Ti® titanium, ready for porcelain or full-contour delivery.
Bars, hybrid structures and screw-retained frameworks. Send the scan with your implant library and we design to it.
Case workflow
01
Upload your scan at the top of this page — STL, OBJ, or PLY — or ship us a physical impression. We handle the design.
02
Design review is optional. Ask for it and we send the design for your approval before anything goes into production.
03
We produce the dental metal framework in your selected material: Cobalt-Chrome (CoCr) or Titanium (Ti).
04
Standard cases ship in 6 business days. Rush cases ship in 4 business days with a $40 rush fee.
File formats
Send one of these scan formats with your case details. We will prepare the dental design for printing.
Talk to us
Upload the scan at the top of this page and we will tell you, or reach us directly and we will look at it with you.
Prefer to email or talk it through? lab@hizir3d.com or +1 (314) 403-5175.
Materials
Not sure? Tell us the case and we will pick.
Ti-6Al-4V — the alloy the aerospace industry runs on, at 90% titanium. Our heat-treated frameworks reach over 900 MPa yield strength with more than 8% elongation after fracture. Against cobalt-chrome it is about half the weight and roughly 200 MPa stronger in yield, it is biocompatible and hypoallergenic, and being non-magnetic it does not interfere with MRI.
The long-standing choice for porcelain work, and stiffer than titanium where you need span. Our powder runs 8.6 g/cm³ with 600 MPa yield strength and 365 HV10 hardness, rated by the manufacturer for spans up to 16 units, nickel and beryllium-free.
Both are printed layer by layer rather than cast, so there is no investment expansion and no casting shrinkage to compensate for — which is how a printed framework reaches a fit that casting cannot match.
What we accept
Digital or physical — both get a same-day reply.
Inside the job
01 PrintedFrameworks come off the plate still standing in their lattice supports, several cases printed together.
02 SeparatedEach framework is cut from the plate and its supports removed, major connector and clasps still one piece.
03 PolishedPolished, checked against the model, and shipped back to your lab with the resin model included.
Our work
Questions
