Introduction
New plaster-free systems reach the market every year. Each one promises speed, fewer steps and a cleaner bench. Removing the plaster was never the hard part. The hard part is the job plaster used to do: holding your model on the articulator where your CAD design placed it.
When a system fails at that job, you get transfer drift. The contacts you designed on screen don’t land on the articulator, the pin stops short of zero, and you lose an hour working out which link in the chain broke.
You will live with the system you choose on every case, every day, for years. So before you invest, ask these seven questions. Use them at trade shows, on sales calls and in your own lab. A system that can’t answer all seven asks you to absorb its compromises.
1. Can they prove the transfer on your bench?
Ask any vendor for an accuracy figure and you will get one. A number measured in their lab, on their printer, with their resin tells you little about your cases. Your result depends on your scanner, your printer, your resin, your curing protocol and your articulator.
Ask for a demonstration instead, and check the three things you already check at the bench:
- The pin closes to zero on the first mount, with no adjustment.
- The contacts match your CAD design. Put the screen next to the articulator and compare them point by point.
- The model stays put. Press on it. It shouldn’t rock, lift or shift.
Then ask to repeat the test with a model printed on your own equipment. A system that only performs in the vendor’s booth won’t perform in your lab.
DACOS Omni: pin to zero, matching contacts and a stable model, shown live. Ask for the demo, then repeat it in your lab, on your printer, with your resin.
2. Does it work on the articulators you already own?
Some systems fit only their own brand’s articulators. If your lab runs Artex, SAM, KaVo or a mix, a closed system forces a choice: standardize on one brand, or buy a separate system for each.
Ask the vendor which articulators the system supports today. Ask how it handles one that isn’t on the list, and what happens when you add a second brand next year.
An open system adapts to your equipment. You keep the articulators you trust and the workflow your team already knows.
DACOS Omni: the Flex plates fit any articulator with a mounting plate. During installation, TrueZero™ Calibration sets the plates to your specific articulator, so the system fits the equipment on your bench today.
3. Can it mount implant cases without hitting the analogs?
Implant cases carry your highest value and your tightest occlusion. If the base geometry collides with an implant analog, you grind, reposition, or go back to plaster on the very cases where you can least afford a compromise.
Bulky bases cause most of these collisions. A large footprint leaves no room to route around an analog.
Bring a full-arch case with analogs to the demo and ask the vendor to mount it. Ask how the system handles an analog that sits where the base wants to attach.
DACOS Omni: DockingMatrix™ Configuration gives the plate 8 magnet positions and uses 4 per model, for 9 possible combinations. You pick the one that clears your analogs inside CAD, before you print. The compact footprint lets you mount an All-on-X case the same way you mount a single unit.
4. Was the geometry designed for 3D printing?
Many systems carried their base geometry over from traditional mounting hardware. The base ends up too bulky to print flat, so the model goes on the build plate at 45°. That tilt costs you four ways:
- fewer models per build plate
- longer print times
- supports in areas you need clean
- lower tooth quality, since teeth print best horizontal
Ask the vendor which orientation the system requires, and ask to see a full build plate from a real lab.
DACOS Omni: ShieldBase™ Geometry prints flat. A thin peripheral lip prints without supports, and a stand-off rim keeps the over-exposed first layers away from the seating surface. You nest models flat and keep the full plate.
5. Does it calibrate to your articulator and your printer?
Most systems assume your articulator has no play and your printer prints true. Articulators carry hinge play, condylar wear and platform tolerances. Printers carry their own systematic error. Both stack on top of the transfer.
Ask the vendor how the system accounts for your specific equipment, beyond a factory spec.
DACOS Omni: with TrueZero™ Calibration you print the calibrator on the same printer, with the same resin, as your patient models. Your printer’s systematic error shows up in both and cancels out, and the plates lock calibrated to your articulator. Change resin? Run a new fitting test. Change printer? Print a new calibrator and repeat the calibration. One honest limit: if a printer doesn’t repeat its own error, no calibration can fix it.
6. Does it plug into the CAD software you already use?
A system that needs a separate tool, or asks you to model the base by hand, adds a step to every case and one more place for an error to hide.
Ask which CAD platforms have native libraries, and whether the attachment geometry comes pre-built or you build it yourself.
DACOS Omni: dedicated libraries for exocad, 3Shape and Blender for Dental, with every attachment type and all 9 DockingMatrix™ combinations pre-integrated. You select the configuration in the software you already use, export and print.
7. Is the technology protected?
IP protection tells you the manufacturer invested in engineering rather than assembling off-the-shelf parts. It makes cheap copies harder, and it gives the company a reason to keep developing the system you bought.
Ask whether the core mechanism is covered by a granted patent or a pending application, or whether the system relies on generic components anyone can source.
Patent Pending. The DACOS Omni system, including its adapter plates, calibration method, attachment geometry and magnet placement tools, is protected by a pending international patent application.
The scorecard
Score every system you’re considering, ours included. Give one point only for a yes you can see or verify, never for a yes you’re asked to believe.
| # | Question | Ask to see |
|---|---|---|
| 1 | Transfer proof | Pin to zero, CAD contacts matched on the articulator, a stable model, printed on your equipment |
| 2 | Open system | Support for every articulator brand in your lab |
| 3 | Implant analogs | A full-arch case with analogs, mounted without grinding |
| 4 | Flat printing | A full build plate, models printed flat |
| 5 | Calibration | A calibration step that uses your printer and your resin |
| 6 | CAD integration | Native libraries for the software you design in |
| 7 | IP protection | Patent status of the core mechanism, granted or pending |
Hold DACOS Omni to the same scorecard and ask us to show you each point. Take this list to your next trade show or sales call. The system you choose will sit on your bench every day for years, so make it earn the place.
Next step
- See the full protocol: ZeroDrift™ Transfer, from CAD to articulator
- See the transfer step by step: How DACOS Omni works
