Printed Titanium RPD Framework Design for U.S. Dental Labs

Availability notice — U.S. market. PROCA does not manufacture or ship physical dental products to the United States. Physical production is available in Mexico only. For U.S. laboratories we offer CAD design services with digital file delivery. See nearshore dental CAD design.

Removable is the work most U.S. labs would rather not equip for. A partial framework needs a metal route — casting or SLM printing — and both are a real investment: the machine, the post-processing, the finishing bench and someone who knows what a framework should feel like before it goes in a mouth. For a lab whose volume is mostly crown and bridge, that capacity sits idle most of the month.

We design RPD frameworks for printed titanium for U.S. labs and deliver the file ready for your SLM route. Printing and finishing happen on your side: PROCA does not ship physical products to the United States.

What you get back

A production-ready CAD file, not a physical framework. The design decisions come written down: path of insertion, undercut engaged per clasp, relief applied, connector dimensions and notes for your SLM or casting route.

If you designed it yourself, send the file and we review it against the survey — see the note on file validation below, because that is where outsourced framework design usually goes wrong.

Why titanium

Titanium is one possible route for your lab to evaluate. It is roughly half the density of cobalt-chrome, which patients notice on large maxillary frameworks, and it can be useful when there is a documented metal sensitivity.

It is not universally better and we do not pretend otherwise: Co-Cr is considerably stiffer, so it achieves the same rigidity in a thinner section, which matters in a tight lingual bar. We wrote the honest comparison in titanium vs cobalt-chrome RPD frameworks, including the cases where we would tell you to keep it in Co-Cr at your own bench.

Files get validated before the machine runs

A framework file can be prosthetically correct and still be unprintable. The three failures we see most:

• Non-manifold geometry — holes or self-intersections that a slicer either rejects or silently "repairs" into something nobody designed.
• Sections below the process minimum — geometry that is fine in theory and warps or disappears in SLM.
• Support-hostile orientation — clasps oriented so supports land exactly on the surfaces that must stay untouched.

We check for these before file handoff. A lab that sends its own designs gets told what is wrong and why, in time to decide before using its own manufacturing route.

Design scope: full case or file review

File review fits labs that already design removable and want a second set of eyes before printing. Send a validated file and a prescription, and we check it against the survey and the prescription.

Full case design fits labs where removable is neither a specialty nor worth becoming one. Send the scans and the case requirements; the design comes back ready to print. The design side is covered in RPD design services for U.S. dental labs, and what to send is in what to send for an RPD case.

Most labs start with the second and move to the first once their own designer learns the workflow — which is a fine outcome. We would rather be the capacity you use than the dependency you resent.

The economics against buying the equipment

An SLM route for removable is not one purchase. It is the printer, the powder handling, the heat treatment, the post-processing, the finishing bench, the technician and the learning curve — and it earns nothing in the weeks your removable volume is low.

Outsourced CAD design turns that into a variable design line: it appears when the case appears, without asking your team to become an RPD design department. Design scope is set by case complexity and volume before work starts.

The comparison worth running is not one generic fee against another. It is the cost of external CAD support against the design hours your team needs to protect in a slow month.

File handoff and turnaround

Digital delivery keeps the handoff simple: your lab receives the framework file, design notes and any validation comments, then manufactures, finishes and delivers under its own workflow.

The time-zone overlap matters for communication too. A question about a framework — an undercut that reads ambiguously, a connector that fights the available space — gets asked and answered inside your business day. On a case with as many decisions as an RPD, that adds up.

Start with one

Send one framework case. Judge the design file, the notes, the fit assumptions and how the conversation went. That tells you more than any spec sheet.

Request a CAD design quote for your lab, or read the wider service overview in nearshore dental CAD design.