Industrial DLP 3D Printers for Dental Production
Industrial DLP 3D printers for dental labs, clear aligner model production and scalable manufacturing workflows. Choose 1×, 2× or 4× 4K projection configurations with top-down 405 nm processing.
Compare Industrial DLP 3D Printers
Choose a top-down 405 nm DLP system for your dental lab capacity, build area and production workflow.
RF-8800 3D Printer
Four-projector platform for large-format dental model production
A top-down industrial DLP system for large-batch dental model production. Four 4K projection units, PMS control and automatic resin replenishment support continuous production workflows.
- 100 μm pixel size with 405 nm DLP projection
- Automatic resin replenishment for extended production runs
- PMS production control for print-job coordination
RF-4050 3D Printer
Dual-projector platform for scalable dental production
Two 4K DLP projection units combine a 384×432 mm build area with top-down processing. The system supports automatic resin replenishment, multi-device control and continuous production.
- 100 μm pixel size with 405 nm DLP projection
- Automatic resin replenishment for material supply during printing
- Multi-device control for coordinated production workflows
RF-4030 3D Printer
Single-projector platform for dental labs and clinics
A compact top-down DLP platform with one 4K projection unit. Its 384×216 mm build area is designed for professional dental laboratories and clinics.
- 1× 4K DLP projection at 3840×2160 px
- 405 nm wavelength for compatible dental printing materials
- 0.08–0.15 mm layer thickness for production setup flexibility
See the connected workflow,
from file preparation to fleet control.
A connected process designed to reduce manual handling and support repeatable, production-scale dental model output.
Intelligent Slicing & Model Generation
Prepare CAD models and layer data for DLP exposure using the production software workflow shown in the video.
Live Print Demonstration
See full-field DLP exposure and controlled resin processing across the printing cycle.
Automated Demolding
The automated demolding stage removes finished parts from the build platform and prepares the next cycle.
Centralized Fleet Control
Coordinate job dispatch and printer status through a centralized production management workflow.
Built for repeatable dental production.
Align equipment, 405 nm materials, application parameters and technical support around one scalable DLP workflow.
Open Material Workflow
Use RayForm dental resins or validate suitable 405 nm materials for your application and production requirements.
Application Parameters
Start from documented resin profiles and tune layer settings for the selected printer, material and process.
Production Integration
Plan printer capacity, material supply and workflow coordination for dental labs and aligner model production.
Technical Support
Get help with setup, print preparation, production troubleshooting and technical documentation.
Choose an industrial DLP printer for your model batches
RayForm industrial DLP printers support dental model production for laboratories and thermoformed clear aligner workflows. Select a platform around your model layout, material process and handling requirements. The printer produces models; thermoforming and trimming remain separate production stages.
Compare RF-4030, RF-4050 and RF-8800
| Model | 4K optical engines | Build volume |
|---|---|---|
| RF-4030 | 1 | 384 × 216 × 50 mm |
| RF-4050 | 2 | 384 × 432 × 50 mm |
| RF-8800 | 4 | 768 × 432 × 50 mm |
All three use top-down 405 nm DLP projection and a specified 100 μm pixel size. Pixel size is not a finished-part tolerance. Compare usable model layouts on each platform rather than assuming that a larger build area guarantees a particular daily output.
RF-4030 and RF-8800 include automatic resin replenishment, model removal and PMS production control. RF-4050 supports automatic replenishment and control of multiple printers. Confirm the selected configuration and handling interfaces before integrating equipment.
Connect printing to the rest of the workflow
Plan file preparation and slicing, material-specific exposure settings, model removal, required post-processing and quality checks together. For aligner model production, coordinate these stages with thermoforming, marking and trimming. Validate material suitability and process settings with representative parts before increasing batch size.
Production planning questions
How many models can a printer produce per shift?
Estimate output using your STL files, layout, model height, layer settings, resin and shift length. Include removal, post-processing and maintenance time. A build volume alone cannot establish a reliable models-per-shift figure.
What should I send for a configuration and quotation?
Share your application, sample STL files, target volume per shift, resin, current downstream equipment and destination country. Confirm the equipment scope, installation, training, spare parts and documentation applicable to the chosen model.
Can I use any 405 nm resin?
Wavelength alone does not establish compatibility. Request settings for the specific printer and resin, then verify printing, post-processing and model performance for your intended workflow.