Optiprint Laviva Pink – 3D Resin for complete denture bases
Référence: H103566
Optiprint Laviva Pink – 3D resin for realistic full denture bases
Light-curing 3D printing resin for the additive manufacturing of full and partial denture bases, with a naturally translucent pink shade and high mechanical strength.
Optiprint Laviva Pink is Dentona’s pink 3D printing resin dedicated to the fabrication of realistic full denture bases. Its naturally translucent pink coloration and high mechanical strength allow the production of dentures that satisfy patients both in terms of appearance and functional stability.
The printed denture base is torsionally rigid and withstands high loads safely, making it a reliable material for full and partial dentures.
The formulation prevents sedimentation in the bottle or printing vat, offering stable and reproducible resin behavior, even with high production volumes.
- Pink 3D resin for denture bases with a natural translucent shade.
- High mechanical strength: stable base, resistant to torsion and masticatory forces.
- No significant sedimentation in the bottle or vat, for homogeneous prints.
- Gingival areas are easy to characterize with composite or acrylic resin.
- 3D process compatible with 385–405 nm light sources for many dental printers.
Optiprint Laviva Rose is a Class IIa medical device used for the fabrication of denture bases on prescription by a dental healthcare professional. Always refer to the Dentona instructions for use.
Optiprint Laviva Pink – Printed denture bases, stable and realistic
Thanks to its naturally translucent pink shade, Optiprint Laviva Pink enables the fabrication of denture bases that closely mimic gingival tissues, while maintaining sharp contours and accurate adaptation on the model.
The resin is formulated to provide a reliable mechanical platform: the base is torsionally rigid, resists mastication forces and behaves stably during assembly with prosthetic teeth.
Combined with a fully digital workflow (CAD, 3D printing, post-curing), it allows the standardization of complete denture fabrication with consistent quality and excellent reproducibility of results.
Lab tip – Getting the most from Optiprint Laviva Pink
Systematically orient the denture base at around 45° with reinforced supports along the borders and crest to limit deformation and ensure precise adaptation on the model.
For a natural outcome, design a homogeneous gingival flange and leave sufficient volume for characterization with pink composite or acrylic resin. The printed surface prepares very well with light sandblasting prior to staining.
At the end of the workflow, combine controlled cleaning, thorough post-curing and progressive polishing to obtain a smooth, comfortable base ready to receive prosthetic teeth.
Benefits for the laboratory and for the patient
- For the laboratory: fully digital workflow for complete dentures, reduced manual reworking on the base, improved repeatability between production batches and easier management of reprints.
- For the patient: stable, durable and comfortable denture base with a realistic pink shade that enhances intraoral esthetics.
- Translucent pink coloration suitable for gingival characterization for an even more natural appearance.
- Reproducible process thanks to standardized exposure parameters and Laviva protocols provided by Dentona.
- Compatible with a wide range of 3D dental printers operating at 385–405 nm, facilitating integration into existing equipment.
Recommended dental applications
- Maxillary and mandibular full denture bases.
- Partial resin denture bases in a digital workflow (depending on clinical indication).
- Immediate dentures and temporary dentures in a digital process.
- Duplications of existing dentures via scanning and 3D printing.
- Try-in denture projects on Laviva Rose bases prior to final validation.
Instructions for use – 1
1. Preparation & CAD design
- Scan the model (or existing denture) and import the data into the dental CAD software.
- Design the denture base by defining coverage areas, minimum thickness and required anatomical relief.
- Check base extensions, posterior areas and frenal attachments to ensure optimal comfort.
- Export the “denture base” STL file according to the recommendations of the 3D printer used.
2. 3D printing
- Shake the Optiprint Laviva Pink bottle vigorously before filling the vat to ensure perfect homogeneity.
- Select the Optiprint Laviva material profile or the Dentona-validated profile for your printer in the software.
- Orient the base at 45–50° and position suitable supports in low-esthetic areas and along the vestibular borders.
- Start printing while monitoring ambient temperature and the resin level in the vat.
Instructions for use – 2
3. Cleaning & drying
- Remove the denture base from the build platform and, if necessary, trim excess major supports.
- Clean the part in one or two baths of solvent (isopropanol or recommended product), ideally in an ultrasonic unit.
- Dry thoroughly with compressed air until all shiny areas of uncured resin have disappeared.
4. Post-curing & finishing
- Place the base in a suitable light-curing unit and run the cycle recommended by Dentona.
- Remove remaining supports, adjust functional borders and progressively polish the surface.
- Proceed with tooth setup according to your protocol and finish with a high-gloss polishing step.
Technical characteristics – Optiprint Laviva Rose
| Brand | Dentona – Optiprint range |
|---|---|
| Product | Optiprint Laviva Pink – 3D resin for full denture bases |
| Massilia Dental reference | H103566 |
| Packaging | 500 g and 1 kg bottles |
| Shades | Light pink, dark pink (pink denture base) |
| Appearance | Pink light-curing resin, naturally translucent |
| Process | 3D printing DLP / LCD / SLA with 385–405 nm light source |
| Main indications | Additive manufacturing of denture bases (Class IIa medical device) |
| Compatibility | Numerous validated 3D dental printers (see Optiprint parameters / open material libraries) |
| Finishing | Mechanical polishing, possibility of characterization with methacrylate polymers or light-curing composites |
| Storage | Between 5 and 30 °C, protected from light, in the original, tightly closed bottle |
Delivery packaging :
- Delivery: 1 Optiprint Laviva Pink bottle 500 g or 1 kg – light pink or dark pink shade, as selected.
- For professional use only: dental laboratories and dental practices.
Documents & resources – Optiprint Laviva Rose
For use in accordance with Dentona recommendations and current regulations, it is recommended to download and archive the following documents:
- Optiprint Laviva Instructions for Use (IFU) – multilingual:
2023-03_IFU_optiprint_laviva_DE-EN-FR-NL-ES-IT_625x297.pdf - Optiprint Laviva Safety Data Sheet (SDS) – EN:
sdb-optiprint-laviva-englisch-oc-rev1.pdf - Optiprint Laviva processing / workflow guide:
2021-12_Leitfaden_optiprint_laviva_DIN-A4_EN_LAYOUT.pdf - General guide to Optiprint premium resins:
2021-09_optiprint_Harze_Materialkompetenz_EN_LAYOUT.pdf
FAQ – Optiprint Laviva Pink 3D resin
Is Optiprint Laviva Pink suitable for all full denture bases?
Optiprint Laviva Pink is specifically designed for the additive manufacturing of denture bases, particularly full dentures and selected partial dentures depending on the clinical indication.
Case selection and base design must always be validated by the clinician and the laboratory according to the occlusal situation and mucosal support.
For cases with high functional requirements, the design, printing and post-curing protocols provided by Dentona should be followed scrupulously.
Which 3D printers are compatible with Optiprint Laviva Pink resin?
Optiprint Laviva Pink is intended for dental 3D printers operating in the 385 to 405 nm wavelength range, using DLP, LCD or SLA technology.
Exact compatibility and material profiles are provided by Dentona and by printer manufacturers in their validated resin libraries.
It is recommended to use a dedicated Laviva profile, where available, in order to obtain homogeneous curing and optimal mechanical properties.
Can a denture base printed with Optiprint Laviva be repaired or rebased?
Yes, denture bases produced with Optiprint Laviva can be repaired or rebased with conventional methacrylate polymers (heat-curing or cold-curing resins) according to Dentona’s recommendations.
Before repair, the surface must be properly prepared (light sandblasting, cleaning) to ensure reliable adhesion between the printed base and the reline material.
It is advisable to validate the reline protocol and perform internal laboratory tests before routine clinical use.
How should hygiene and disinfection of dentures printed with Laviva be managed?
After post-curing and finishing, the denture must be thoroughly cleaned and then disinfected in accordance with the manufacturer’s recommendations and the laboratory protocol.
The use of disinfectant baths compatible with 3D-printed materials is recommended to preserve base integrity and ensure patient safety.
Disinfection should be carried out before delivery to the dental practice and may be repeated chairside according to the usual procedures of the clinical team.
Optiprint Laviva Pink – 3D Resin for complete denture bases