As digital dentistry continues to redefine clinical and laboratory workflows, the importance of reliable 3D printing materials has become increasingly evident. Dental professionals now require model resins that not only reproduce fine anatomical detail but also maintain dimensional stability throughout the entire workflow. The VeriModel OS Ivory Resin has been developed to meet these demands, offering a high-performance solution for accurate and consistent dental model fabrication.
Unlike traditional gypsum models, which are susceptible to expansion, chipping, and inconsistencies, advanced photopolymer resins provide a more controlled and repeatable approach. VeriModel OS Ivory stands out as a material engineered specifically for dental applications, enabling clinicians and technicians to achieve predictable outcomes across restorative, orthodontic, and prosthetic cases.
What is VeriModel OS Ivory Resin?
VeriModel OS Ivory Resin 1kg
VeriModel OS Ivory is a methacrylate-based 3D printing resin specifically formulated for
dental models and removable dies. It is designed for use with open-system 385 nm and 405nm DLP/LCD printers, making it highly versatile across different lab setups.
Primary Applications
Crown & bridge working models
Removable die models
Orthodontic models and aligner setups
Diagnostic wax-ups and presentation models
This versatility makes it a core material in daily dental lab production.
Technical Specifications: Built for Accuracy & Strength
Mechanical Properties
Flexural Strength: ≥80 MPa
Flexural Modulus: ≥2000 MPa
Elongation at Break: ~13%
Density: ~1.11 g/mL
Viscosity: 1000 ± 250 cP
Why These Values Matter
High flexural strength → resists deformation during crown seating
High modulus → ensures rigid, stable dies
Balanced elongation → reduces fracture risk during handling
This level of precision is particularly important in crown and bridge workflows, where marginal discrepancies can compromise the fit of restorations. By maintaining geometric fidelity during printing and post-curing, the resin supports consistent and repeatable results across multiple cases.
This combination delivers durable yet precise models, essential for restorative workflows.
Superior Accuracy & Dimensional Stability
VeriModel OS Ivory is engineered for:
Low shrinkage during printing and curing
Sharp margin reproduction
Consistent dimensional accuracy across batches
This ensures reliable outcomes for:
Tight-fitting crowns
Accurate occlusion
Predictable prosthetic seating
The material’s high stability and precision make it ideal for removable die systems and
complex restorations.
Mechanical Properties That Support Daily Laboratory Demands
In addition to accuracy, dental model materials must withstand the mechanical stresses of everyday laboratory use. The VeriModel OS Ivory Resin is engineered with a balanced combination of rigidity and durability, offering a flexural strength of ≥80 MPa and a flexural modulus of ≥2000 MPa.
These properties ensure that printed models can endure articulation, trimming, and prosthetic adjustments without deformation. At the same time, an elongation at break of approximately 13% provides slight flexibility, reducing the likelihood of fractures during handling.
This balance between strength and resilience makes the material suitable for both working models and presentation models, particularly in high-volume laboratory environments where durability is essential.
Compatible Printers
Verieko, VeriBuild, Asiga Max, Asiga Pro 2 75, and Asiga Pro 4K 3D printers, and the Otoflash Curing Unit, the Uvitron UV IntelliRay 600 Curing Unit, the Uvitron SunRay 400 UV Curing Unit, and the CUREbox Plus Curing Unit.
Why VeriModel OS Ivory Resin is the Best Choice for Your Dental Workflow
The VeriModel OS Ivory Resin is designed to meet the real-world demands of digital dentistry. Its high-dimensional stability ensures accurate reproduction of intraoral scans, while its mechanical strength supports repeated handling without damage. The material’s smooth matte finish enhances visibility and precision during model evaluation, and its compatibility with open 3D printing systems allows seamless integration into existing workflows.
By combining precision, durability, and efficiency, it enables dental laboratories and clinics to reduce errors, improve turnaround times, and deliver consistently high-quality restorations.
