Capture: where the case becomes a file
Every digital case begins with capture, either 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, while the XT-OS05 intraoral scanner suits a laboratory or clinic that captures chairside, and the scanner guide compares those two routes in general terms. Capture quality sets the ceiling for everything downstream, because a design built on a poor capture cannot be rescued by good milling or firing later.
Capture also decides the file that travels onward, and the file's format and compatibility matter as much as its quality. A laboratory should confirm that its design software opens the scanner's files without conversion, and that its milling machine can use the resulting designs, before committing to a scanner route. Those compatibility questions belong in the first inquiry about a scanner, naming the software and the machine, rather than discovered after delivery.
Design: where the file becomes a restoration
Design turns a captured case into a restoration shape, using CAD software that the laboratory already knows or is learning. The design step decides the margin, the contacts, the occlusion and the thickness of the piece, and it is where the technician's judgement matters most in the digital chain. This site does not prescribe a design software or a design protocol, because those belong to the laboratory's existing setup and to clinical decisions outside a catalogue's evidence, and a guide that prescribed them would overreach.
Design also connects capture to milling, because the design file must suit the milling machine that will cut it. A design with walls too thin for the bur, or with undercuts the machine cannot reach, will fail at milling however good the capture was, and the laboratory should check the design against the machine's capabilities before sending it onward. The milling machine pages, including the XT-60 table, give the machine facts against which a design can be checked.
Milling: where the file becomes a blank shape
Milling shapes the blank on a dental milling machine, with the XT-60 covering dry and wet work across several materials and the RX-8H covering metal milling. The milling step needs a bur suited to the material, an extraction system clearing the dust, and a nesting or positioning decision that places the design correctly inside the blank, especially for multilayer discs where shade depends on position. The milling machine buying guide compares the machine groups, and the burs pages list burs by milled material, so the milling step can be planned as a combination rather than as a machine alone.
Milling also produces the piece that sintering will finish, and the milled piece is larger than the final restoration for zirconia, because it will shrink during firing. The milling software must therefore scale the design by the blank family's shrinkage factor before cutting, and a laboratory that mills without that scaling will produce a piece that fits nothing. The shrinkage figure belongs to the blank family and the furnace cycle together; ask for it in an inquiry for the exact combination.
Firing: where the shape becomes a restoration
Firing follows milling, in a sintering furnace for zirconia blanks, a porcelain furnace for ceramic work, or a press furnace for pressed restorations, and the furnace choice follows the firing route, not the furnace name. The 12S fast sintering furnace and the PF1200D porcelain furnace are the named products in the first two routes, and the furnace selection guide explains the choice between them. Ask for the firing curve and temperature for the exact blank and furnace together in an inquiry.
Firing is also the step where turnaround is decided, because the furnace cycle, the quantity per cycle and the laboratory's daily rhythm together set how fast a case returns. A laboratory whose turnaround is set by the furnace should describe its daily case volume in an inquiry, alongside the blank family, so the company can advise on whether a fast furnace, a larger chamber or a second furnace would help most. That discussion is the real firing conversation, and it happens in an inquiry, not on a catalogue page.
Finishing: where the restoration becomes deliverable
Finishing follows firing, with burs adjusting the fit, glaze paste adding the surface, and grinding stones refining the shape, and those consumables have their own pages on this site. Finishing is where a case gains its final fit and appearance, and it is also where firing problems reveal themselves, in fit, shade or surface. A laboratory that notices a problem at finishing should record the blank family, the furnace and the cycle used, because that record lets the company help diagnose the issue and lets the laboratory avoid repeating it on the next batch.
Finishing consumables should be confirmed alongside the blank and furnace order, rather than discovered missing after firing, because a case that cannot be finished cannot be delivered however well it was milled and fired. The tools index lists burs by material and glaze paste and grinding stones at category level, and a laboratory ordering a new blank family should check the finishing consumables for that family in the same inquiry. That single message can then cover the blank, the furnace and the finishing question together.
The one-stop idea, kept honest
The company describes itself as a one-stop dental laboratory supplier, and the range does cover the whole chain, from materials through equipment to consumables, which is what makes a workflow guide like this one possible on a single site. That coverage is useful, because a laboratory can plan a case from capture to finishing without jumping between suppliers, and can confirm the whole chain in a single inquiry. The one-stop solution page develops that idea further, with the same evidence restraint as the rest of the site.
One-stop coverage is a range description, not a tested combination. Before ordering a chain of steps, confirm each combination for a specific case mix in an inquiry, naming the steps and the case mix, and confirm whether any step guarantees the next. Each step's evidence stands on its own page, and the combinations belong in an inquiry, where they can be confirmed for that case mix before an order is placed.