Choosing a dental 3D printer by screen resolution alone is a mistake.
A laboratory should first define what it needs to manufacture, how many cases it expects to process, which validated materials it intends to use, and how the parts will be washed and cured. Only then should it compare printer specifications.
For most dental buyers, the real decision is not “Which machine has the biggest number?” It is “Which workflow matches my production model?”
Start with five questions
Before comparing equipment, answer these questions:
- Are you printing chairside, in a small lab or in batch production?
- Which applications will you manufacture?
- How many parts or cases must be completed per day?
- Which resin systems and wavelengths are required?
- Do you already have validated washing and curing equipment?
Those answers immediately narrow the field.
Option 1: PioNext Mini — compact chairside workflow
PioCreat positions the PioNext Mini as an all-in-one dental 3D printing solution for chairside and space-constrained environments.
Key manufacturer specifications include:
- LCD printing technology;
- 80 × 70 × 80 mm printing size;
- 9K display;
- 18 μm listed XY pixel/accuracy specification;
- 385 nm and 405 nm light-source support;
- 0.01–0.1 mm layer range;
- integrated curing area;
- USB/Wi-Fi data transmission;
- compact 200 × 170 × 241 mm machine size.
The strongest reason to choose the Mini is not simply resolution. It is workflow compression: the printer and curing function are integrated into a very small footprint.
Best fit
PioNext Mini is most logical when:
- chairside space is limited;
- case volume is moderate;
- rapid local production matters;
- the clinic wants fewer separate devices;
- portability and simplified setup matter.
Important limitation to understand
“Print + cure” does not mean washing disappears. Printed resin parts still require the cleaning process specified by the material before final curing. The integrated cure function reduces equipment footprint, but it does not eliminate correct resin post-processing.
Option 2: PioNext Ultra — batch production for dental laboratories
PioCreat positions the PioNext Ultra for industrial dental production and higher-throughput laboratory workflows.
Current manufacturer specifications include:
- LCD printing technology;
- 211.68 × 118.37 × 100 mm printing size;
- 16K monochrome display;
- 14 × 19 μm pixel specification;
- 385 nm and 405 nm light-source support;
- maximum listed print speed of 60 mm/h at 0.1 mm layer height;
- dual linear guide rails with ball screw;
- optional AFU automatic feeding system;
- USB/Wi-Fi data transmission.
The larger build area and batch-oriented architecture make the Ultra a different category of purchase from the Mini.
Best fit
PioNext Ultra is most logical when:
- multiple models are routinely nested in the same build;
- daily throughput is a primary KPI;
- the lab runs repeated production cycles;
- automatic resin management is valuable;
- the workflow covers several dental applications and materials.
The key economic question is build utilization. A production printer creates value when the lab can keep its build area productively loaded. Buying a batch machine for one occasional model at a time may not improve economics.
Option 3: DJ89 PLUS — broad dental and jewelry capability
The DJ89 PLUS occupies a different position. PioCreat markets it for both dental and jewelry professionals, making it useful where a business wants one platform for high-detail resin applications across more than one segment.
Current PioCreat specifications include:
- 10.3-inch 8K monochrome LCD;
- 7680 × 4320 display resolution;
- 29 μm listed XY specification;
- 228 × 128 × 100 mm printing size;
- 0.01–0.1 mm layer range;
- heated chamber from 20–35°C;
- dual linear guide + ball-screw Z-axis;
- automatic feeding support;
- PioCreat Box slicing support.
Best fit
DJ89 PLUS is most logical when:
- the user needs both dental and jewelry capability;
- a relatively large LCD build platform is useful;
- heated resin processing is valuable;
- the buyer prioritizes application flexibility and cost-performance rather than a chairside all-in-one design.
Do not confuse pixel size with finished-part accuracy
This is one of the most important buying points.
LCD pixel size describes one part of the optical system. It does not independently define the final dimensional accuracy of a dental part.
Published dental research shows that final trueness and precision can also be influenced by:
- printing technology;
- resin formulation;
- exposure calibration;
- build orientation;
- layer thickness;
- support design;
- washing;
- post-curing time and intensity;
- temperature;
- part geometry.
A recent comparative study of vat-photopolymerization technologies again illustrates that different printing systems can produce different trueness and precision outcomes. Therefore, selecting a printer only because “19 μm is smaller than 29 μm” oversimplifies the production problem.
The correct question is whether the validated printer-resin-post-processing workflow meets the required application tolerance consistently.
Material compatibility is a production issue, not a checkbox
A dental lab often prints more than one category of part. Typical workflows can include:
- orthodontic models;
- removable die models;
- surgical guides;
- temporary restorations;
- denture bases;
- crown and bridge materials;
- try-ins or related model applications.
Different resins may require different wavelengths, exposure profiles, washing protocols and curing conditions.
PioNext Mini and PioNext Ultra both support 385 nm and 405 nm light-source workflows according to PioCreat. The DJ89 PLUS is designed around 405 nm-compatible dental and jewelry resins.
Before purchase, build a material matrix that lists each intended application, resin, printer profile, cleaning process and cure profile. That is more useful than a generic “open material” claim.
Post-processing capacity can become the bottleneck
A laboratory that doubles printer capacity without increasing washing and curing capacity can simply move the bottleneck downstream.
For example, batch printing several models at once creates a corresponding batch that must be:
- removed from the platform;
- washed;
- dried;
- cured;
- de-supported;
- inspected;
- documented.
PioCreat’s CD-X3 and UV02 are designed to address cleaning and curing in professional dental workflows. When sizing a production system, consider the cycle time and batch capacity of the entire process, not just the printer.
A practical selection framework
Choose PioNext Mini if:
You are primarily chairside or operate a smaller workflow where compact footprint and integrated curing are more important than large-batch throughput.
Choose PioNext Ultra if:
You are a dental laboratory running repeated batch production and want a larger production area, 16K imaging and optional automatic resin feeding.
Choose DJ89 PLUS if:
You need a flexible, cost-effective high-detail LCD platform that can support both dental and jewelry workflows and you prefer separate post-processing equipment.
The final decision should be based on a sample workflow
Before committing to a production system, evaluate a representative application rather than a generic demo part.
A useful evaluation should use:
- the actual STL or CAD geometry you intend to produce;
- the intended production resin;
- realistic build loading;
- the intended washing process;
- the intended curing process;
- the same inspection criteria that will be used in production.
ADDITORYX is structured as a B2B sales and application-solution platform. We can help customers compare PioCreat equipment based on intended applications, material requirements, batch volume and post-processing needs rather than simply comparing headline specifications.
Request a Sample → Get a Quote →
Key takeaway
There is no universal “best dental 3D printer.” The best choice is the system that matches your production model: compact chairside manufacturing, batch laboratory production or broader multi-application resin printing. Evaluate the full workflow, not only the printer.
Technical references
- PioCreat official product pages: PioNext Mini, PioNext Ultra, DJ89 PLUS.
- PioCreat Digital Dental Solution brochure (2026).
- Ozer G. et al. Trueness and precision of resin models produced by different vat-photopolymerization 3D printing technologies for full-arch implant-supported restorations. Journal of Dentistry, 2026. DOI: 10.1016/j.jdent.2026.106811.
- Properties of 3D-Printed resins for interim restorations: effects of printing and post-curing protocols, 2025.
- Cao J. et al. Systematic review on post-processing and dimensional accuracy, Journal of the Mechanical Behavior of Biomedical Materials, 2024.