Cloud Software for a Dental Laboratory: 5 Reasons to Switch in 2026

Cloud software for a dental laboratory no longer runs on a server sitting in a corner of the laboratory. It runs remotely, reachable from a browser, connected to the scanners of your partner practices. Here are five concrete reasons pushing dental laboratories to switch in 2026.

The digital dentistry market is not slowing down. According to Fortune Business Insights, it would go from 5.47 billion dollars in 2026 to 11.13 billion dollars in 2034. That market almost doubles in eight years.

Intraoral scanners follow the same path. According to Mordor Intelligence, that market is growing at around 11% a year between 2026 and 2031. Every new scanner sold pushes its files to a manufacturer cloud.

The laboratory sector is consolidating in parallel. According to l'Information Dentaire, France counts close to 3,600 laboratories for 18,100 people working in them. The structures that grow often work across several sites. They can no longer depend on a single server installed at one address.

Software installed locally ages badly against that movement. It stays fixed to one workstation, one version, one site. Cloud software for a dental laboratory follows the laboratory's growth instead, with no reinstallation at each new site.

Reason 1: reaching your production from any site

A production manager overseeing two or three sites does not want to depend on one particular workstation. They want to open a browser, wherever they are, and find the same view of their production.

That is already the principle the scanner manufacturers themselves have adopted. Dentsply Sirona offers DS Core, a cloud platform for laboratories. It is designed to be consulted from any connected workstation. Align Technology follows a nearby logic with MyiTero. That cloud portal, reachable remotely, delivers scans straight into Exocad.

For a multi-site laboratory, that mobility changes daily oversight. Take a technical manager splitting their time between two production sites. On Monday they open their browser from site B. They see that production already started at site A the day before. They adjust priorities without calling anyone to confirm the state of a case.

Software installed locally, by contrast, stays tied to a workstation or a local network. Moving to cloud software for a dental laboratory means detaching production from its physical address.

Reason 2: no longer running server infrastructure in house

A local server needs constant upkeep. You have to plan regular backups, security updates, replacement of aging hardware. Few laboratories have someone in house dedicated to that task.

One laboratory software vendor points out that management tools help automate case tracking. They also make production planning and stock control easier. That automation assumes a tool available at all times. A server you have to restart after an outage does not keep that promise.

With cloud software, hosting, redundancy and technical maintenance fall to the vendor. The laboratory keeps its workstations, its CAD software and its production tools. It gives up only the burden of running a server that produces no restorations.

That transfer of burden shows above all in the time actually available for production. A technician who no longer troubleshoots the internal network spends that time making restorations. The gain is hard to put a figure on, but real to anyone who has handled a server failure on a Monday morning.

In concrete terms, the switch changes three things for the laboratory:

Server hardware: no purchase and no replacement to plan every few years.

Internal time: no manual restarts and no network troubleshooting to handle alone.

Failure risk: continuity of service becomes the host's responsibility.

Reason 3: getting automatic, continuous updates

Locally installed software updates rarely. Each update usually calls for technical work scheduled in advance. Between two updates, security patches sometimes wait for months.

Cloud software works differently. The vendor rolls out patches and new features on the server side. The laboratory installs nothing. The version you open on Monday morning is always the most recent one available.

That logic suits a market that moves fast. With intraoral scanners in constant growth, every vendor adjusts its connectors regularly. Software that updates itself absorbs those changes without tying up the laboratory.

For a technician, the difference stays quiet but real. They do not notice the update itself. They simply find that a new file format works, or that a scanner a partner practice recently adopted is already supported. On local software, that same scanner would have waited for the next version bought and installed by the laboratory, sometimes several months later.

Reason 4: handing security and compliance to a certified host

A digital impression remains health data. In France, hosting that kind of data means going through an HDS-certified provider. The Agence du Numérique en Santé sets this out, under article L.1111-8 of the Code de la santé publique, the French public health code.

That certification is not improvised. It builds on the ISO 27001 standard, which governs information security management within the host. Few laboratories have the means, or the interest, to pursue that certification themselves for a single internal server.

Cloud software for a dental laboratory hosted with a certified provider moves that responsibility. The laboratory no longer has to audit its own server. It checks its vendor's certifications instead, a control carried out once a year rather than continuously.

The GDPR and HDS are not the same thing, even though both apply together. The GDPR governs the processing of personal data, in France as in the rest of the European Union. HDS specifically covers the hosting of health data on French territory. Serious cloud software has to answer to both frameworks, not to one alone.

DigiLab announces HDS hosting in France, with medical-grade encryption. The GDPR applies in parallel, whatever the number of practices connected to the laboratory's account.

Reason 5: lining up with scanners and CAD software already built for the cloud

Refusing the cloud means, in practice, rowing against the ecosystem. Most scanner manufacturers have already built their export chain around an online platform.

Shining3D, for example, exports files from its Aoralscan 3 in STL, OBJ or PLY and pushes them straight to Exocad. Dexis follows a nearby logic with its Quick Connect network. That network transfers STL, PLY and OBJ files as well as the xOrder and .dentalProject formats with no proprietary restriction.

These flows are designed to travel between online platforms. They are not designed to land on an isolated workstation. A laboratory that stays on local software has to download the file. It sometimes converts it, sometimes renames it, before opening it in the CAD software. Cloud software slots natively into a chain that is already digital.

That gap shows most on urgent cases. A practice sending an impression at the end of the day expects it to be usable the next morning. A poorly synchronized local workstation delays that kind of case, with no fault anyone can really point to.

Moving to cloud software is therefore not following a fashion. It is reconnecting the laboratory to a chain that, from the practice's scanner through to the CAD software, already runs online.

FAQ

Does cloud software for a dental laboratory replace the existing CAD software?

No. Cloud software plugs in between impression reception and the CAD software already in use, whether Exocad, AI4Dental, Relu or another. It does not replace that tool, it smooths what comes before it. The technician goes on designing restorations in the same software as before, with fewer preliminary steps.

What happens to file access if the laboratory's internet connection goes down?

Availability depends on the host chosen. That is why you have to check its service guarantees before committing. Most serious vendors announce a high availability rate and server redundancy, precisely to limit that risk.

Does moving to the cloud force partner practices to change scanner?

No. Cloud software connects to the scanners your dentists already use, requiring no new equipment on the practice side. Only the way the laboratory receives and handles the files changes, not the dentist's equipment.

How does a small laboratory know when it is time to move to the cloud?

The clearest signal is the time lost to internal technical work: backups, outages, manual updates. A trial limited in time, on a small number of cases, lets you judge without a heavy commitment.

Conclusion

Cloud software for a dental laboratory is not just a change of hosting. It answers five concrete needs: multi-site mobility, an end to server maintenance, continuous updates, delegated compliance, and alignment with scanners that are already connected.

The switch does not happen in a day. It usually follows a step-by-step path, without stopping everything at once:

List the partner practices and the scanner brands already in use.

Check compatibility with the CAD software or ERP in place: Exocad, Logidents, MIA Soft, AI4Dental or Relu.

Test reception on a few real cases before switching the whole daily flow.

Keep the old local workstation for a while, long enough to check that every case does arrive on the cloud side.

DigiLab announces a start-up in under 10 minutes, with no specific development on the laboratory side. The free trial of 100 cases over 14 days lets you check compatibility with the scanners your practices actually use, before any commitment. And for a laboratory that has built its own tool, the open API makes it possible to connect it rather than to change it.

The question is no longer whether the sector will move to the cloud. The scanner manufacturers already have. The real question, for a laboratory, is how much longer it intends to run a local server. Meanwhile, its partner practices are already working online.

Want to test cloud software on your own cases? Try DigiLab free with 100 cases over 14 days, no commitment. The detail of the features and available connectors sets out what plugs into your dentists' scanners and your CAD software. The pricing page details the per-case model.

The Digilab team