Two capture routes
A dental case can be captured in two ways: by scanning a model in the laboratory, or by scanning the mouth directly with an intraoral scanner. The 3D scanner route suits a laboratory that receives impressions and models, while the intraoral route suits a laboratory or clinic that captures the case chairside and sends the digital file onward. The scanner guide compares those two routes in general terms, and this category page links to it as the next step for a buyer who is still choosing.
The choice between routes affects the whole digital chain, because the capture quality sets the ceiling for milling accuracy downstream. A laboratory should therefore choose a scanner from its case mix and its incoming workflow, not from a general idea of a scanner, and should confirm compatibility with its milling software in an inquiry. The guide does not recommend one route in general, because the right route depends on the laboratory's cases.
3D scanners for laboratory models
A 3D scanner in the laboratory scans a poured model or an impression, turning a physical case into a digital design file that milling software can use. The company catalogue lists 3D scanner as a category name. Ask about named 3D scanner products in an inquiry. A buyer who needs a model scanner should ask about it in an inquiry, naming the model types and the software it must feed.
Model scanning suits a laboratory whose cases arrive as impressions, and whose technicians are used to working from a physical model. The scanner guide explains that workflow in general terms, including the step from scanned model to milled restoration, without prescribing a scanner model or a software package. Those choices belong to the laboratory's existing setup, and the inquiry form has room to describe that setup alongside the scanner question.
XT-OS05 intraoral scanner
The XT-OS05 Intraoral Scanner is the named scanner product in the range, listed for direct case capture from the mouth. Its product page describes it in plain language, without a specification table, and it links back to this category page and forward to the scanner guide. Ask for the specification table in an inquiry. A buyer considering intraoral scanning should read that product page together with the guide, and note that the scanner's value lies in the digital file it produces, not in any single figure on a catalogue page.
Intraoral scanning changes the laboratory's incoming workflow, because cases arrive as files rather than as impressions, and the laboratory's software and milling setup must accept those files. A buyer moving to intraoral capture should therefore discuss file compatibility in the first inquiry, naming the software in use and the case types expected. That discussion prevents a scanner purchase that produces files the laboratory cannot yet use.
XT-OS33, mentioned but not given a page
A second intraoral scanner name, XT-OS33, appears only in a home page news title. Ask about it in an inquiry. A buyer who needs the XT-OS33 should ask about it in an inquiry, quoting the mention, so the company can confirm whether it is a current product.
The same caution applies to any scanner name a buyer finds on a platform listing but not on this site. Platform listings repeat products under variant titles, and a title alone does not prove a distinct scanner. Quoting the title in an inquiry lets the company confirm whether it matches the XT-OS05 or a different scanner entirely, which is faster than ordering against a title that turns out to be a variant.
Scanners beside milling machines
A scanner never works alone: its file feeds milling software, which drives a milling machine, which produces a piece that a furnace fires. The digital equipment index shows that chain in order, and each scanner page links to the milling pages it connects with. A laboratory buying a scanner should therefore confirm the milling software and the milling machine it will feed, in the same inquiry, so the company can answer the combination rather than the scanner alone.
That combined question also surfaces the most common scanner pitfall, which is a file format or software mismatch discovered after delivery. Naming the software, the machine and the case types in the first message lets the company check the combination while the order is still open, when a mismatch can still be corrected. The inquiry form has room for the whole chain in one field, and a buyer should use it.
Choosing a scanner route
Scanner choice starts from the incoming workflow: impressions and models point to a 3D scanner, chairside capture points to an intraoral scanner, and a mixed workflow may need both routes or a discussion about which route covers most cases. The scanner guide develops those choices in general terms, and it too stops short of recommending a specific product, because the right product depends on the laboratory's cases and software. A buyer who has read the guide should be able to narrow to a route, and then ask about the product within that route.
Once a route is chosen, the next step is the product page for that route, or an inquiry if the route has no named product page yet. Then confirm the minimum order quantity, lead time, shipping method and payment terms as buyer instructions, because those vary by order and destination. A scanner order benefits from naming the software and the milling setup alongside the scanner, so the reply can address the whole chain at once.