In digital dentistry, the quality of your final restoration depends heavily on the accuracy of your printed model. From crown margins to implant positioning, even minor inaccuracies can lead to remakes, chairside adjustments, and workflow inefficiencies.
PowerResins Model Resin is engineered to deliver exceptional dimensional accuracy, low shrinkage, and high mechanical strength, making it a reliable choice for modern dental laboratories and clinics.
What is PowerResins Model Resin?
PowerResins Model Resin is a ceramic-based 3D printing resin specifically developed for high-precision dental model fabrication.
As digital dentistry continues to replace traditional stone models, the demand for highly accurate and stable 3D printing materials has grown significantly. Dental laboratories and clinics now rely on model resins that can reproduce fine anatomical details while maintaining dimensional integrity throughout the workflow. The PowerResins Model Resin has been specifically developed to meet these requirements, offering a ceramic-based formulation tailored for modern dental applications.
It is optimized for:
Crown & bridge removable die models
Implant analog models
Full-arch and partial models
Orthodontic thermoforming models
Diagnostic and wax-up models
Its ceramic formulation provides a hard, smooth surface with excellent detail reproduction, ideal for demanding dental workflows.
A Ceramic-Based Approach to Dental Model Printing
At the core of the PowerResins Model Resin is its ceramic-based composition, engineered to deliver both strength and surface quality. This formulation provides a hard, smooth finish that is particularly beneficial during trimming, articulation, and thermoforming processes.
Advanced Material Science: Ceramic-Based Performance
High Mechanical Strength
Flexural Strength: ~99 MPa
Flexural Modulus: ~2640 MPa
Tensile Strength: ~26.2 MPa
Clinical Impact
Maintains rigidity during crown seating and articulation
Prevents deformation under occlusal pressure
Ensures accurate occlusion and contacts
Low Shrinkage for Dimensional Accuracy
One of the key challenges in 3D printing dental models is post-curing distortion. PowerResins Model Resin is designed with:
Low shrinkage rate
Stable geometry after curing
Consistent reproduction of margins
This ensures the precise fit of restorations and reduced need for adjustments.
High Surface Detail & Margin Visibility
The material delivers:
High-resolution prints
Sharp margin lines
Clear anatomical detail
This allows technicians to accurately identify preparation margins and fine structures, improving restoration quality.
Optimized Viscosity for Print Accuracy
Viscosity: 200–225 mPa·s
Smooth resin flow for consistent layer formation
This contributes to:
Reduced print defects
Improved layer adhesion
High repeatability across batches
Improving Efficiency in Dental Laboratories
In traditional workflows, stone models require manual pouring, setting, and trimming—steps that introduce variability and consume valuable time. By contrast, digital model resins such as the PowerResins Model Resin streamline production by enabling direct fabrication from digital scans.
This shift not only reduces turnaround time but also improves consistency across cases. Laboratories can reproduce identical models when needed, facilitating remakes and long-term case tracking. Additionally, the durability of printed models minimizes breakage during transport and handling, further enhancing workflow efficiency.
Compatible Printers
NovaFab Vega, Phrozen Shuffle, Anycubic Photon, Wanhao D7, Uniz Slash, Zortrax Inkspire, MakeX, Structo3D DentaForm, NovaFab Mega, RapidShape, Asiga, MiiCraft, Evodent, EnvisionTec, Ackuretta, W2P, SprintRay MoonRay, Microlay, FlashForge Hunter, Bego Varseo
Why This Product is the Best for Your Dental Workflow
The PowerResins Model Resin is designed to meet the real-world demands of dental professionals. Its high-dimensional stability ensures accurate models, while its low shrinkage minimizes distortion during post-processing. The ceramic-based composition delivers strength and surface quality, making it suitable for both diagnostic and production workflows.
Its compatibility with widely used 3D printers allows for seamless integration, and its efficient curing properties support faster turnaround times. For dental labs and clinics seeking a reliable, high-performance model resin, this material offers a practical and future-ready solution that enhances every stage of the digital workflow.
