Varseo Model BEGO – DLP 3D Resin for High-Precision Dental Models
Référence: 41141
Varseo Model — 3D Resin for Dental Models (DLP 385–405 nm)
Starting from €58.21 excl. VAT
Engineered for the dental laboratory, Varseo Model is a grey opaque resin dedicated to manufacturing solid or hollow dental models with excellent dimensional stability. Its very smooth surface and plaster-like feel support precise inspection, photography and reliable reading of cervical margins, reinforcing accuracy throughout your CAD/CAM production chain.
Handling, accuracy and printer compatibility
The formulation is optimised for DLP 385–405 nm printing, delivering a strong balance between resolution, surface quality and process repeatability. Cleaning is straightforward and the cured model feels close to conventional plaster, helping reduce handling errors in daily lab work.
- High contrast: the grey opaque shade enhances visibility of finish lines, margins and micro-details.
- Very smooth surface: supports thermoforming (splints/aligners) and limits post-processing adjustments.
- Stable workflow: consistent results and low variability improve quality control efficiency.
- Check printer/profile availability: Varseo compatible printer list
Lab tip (quality & repeatability)
To secure consistent accuracy, standardise your parameters by indication (solid vs hollow models) and keep a constant cleaning and post-curing protocol. This is the key to predictable dimensional accuracy from batch to batch.
Complementary products
Dental applications
- Solid or hollow models: full/partial, working models and antagonists.
- Removable dies and accurate margin readability for QC and documentation.
- Silicone or gelatin duplication according to your laboratory protocol.
- Reliable base for thermoforming (splints, aligners) thanks to a very smooth surface.
How to use (lab summary)
- Print using DLP 385–405 nm with a validated printer profile (recommended).
- Clean with a suitable photopolymer cleaning solution, then dry completely.
- Perform post-curing according to manufacturer recommendations (time/power).
- If waxing is required: apply an appropriate separator for printed models.
Technical specifications
| Shade | Grey opaque |
| Technology | DLP — 385 to 405 nm |
| Surface finish | Very smooth |
| Layer thickness | 50 µm |
| Post-curing | According to manufacturer recommendations (printer profile / UV curing unit) |
| Indications | Models, removable dies, thermoforming, silicone/gelatin duplication |
| Packaging | 1 kg bottle |
Shipping
Varseo Model — ready-to-use resin, 1 kg bottle.
- Prepared and shipped on business days.
- Online order tracking.
- Secure packaging (light protection / transport).
FAQ
Can you thermoform on models printed with Varseo Model?
Yes. Varseo Model is suitable for thermoforming (splints, aligners) thanks to a very smooth surface and strong dimensional stability.
For reliable adaptation, respect minimum wall thickness, complete cleaning and the recommended post-curing cycle.
If waxing steps are required, apply a suitable separator to preserve edge precision and margin readability.
Does the grey opaque shade really improve margin visibility?
Yes. The grey opaque shade provides high contrast, highlighting finish lines, margins and fine anatomical details.
After cleaning and post-curing, contours remain crisp, improving visual control and clinical/lab photography.
This supports more reliable checks for fit, preparation geometry and documentation in complex cases.
Which printers are compatible with this model resin?
This resin is designed for DLP systems operating at 385–405 nm.
For homogeneous curing, smooth surfaces and optimal dimensional accuracy, use a validated printer profile.
If needed, fine-tune exposure times based on the real light output and the chosen layer thickness (e.g., 50 µm).
View the compatible printer list
How can you optimise cost efficiency and repeatability in production?
Standardise parameters by indication (solid/hollow) and organise production in batches to reduce purges and variability.
Optimised nesting, controlled supports and a stable post-curing cycle reduce total turnaround time while maintaining surface quality.
Dedicated cleaning baths and consistent settings by height/shade improve throughput, traceability and reproducibility across series.


