Professional Dental Model Resin for High-Precision 3D Printing
Ancepts 3D Dental Model Resin is developed for producing accurate, detailed and smooth dental models. It is suitable for dental laboratories, orthodontic practices and digital dentistry workflows where dimensional accuracy and surface quality are essential.
High Precision for Dental Applications
This dental model resin is formulated to reproduce fine details, sharp edges and smooth surfaces, allowing dental technicians to inspect and work with printed models more efficiently.
Key Features
- High precision and dimensional accuracy
- Excellent detail reproduction
- Smooth surface finish
- Designed for dental laboratory use
- Suitable for orthodontic and diagnostic models
- Compatible with 385–405nm resin 3D printers
Dental Laboratory Applications
Typical applications include:
- Dental diagnostic models
- Orthodontic models
- Study models
- Digital dentistry workflows
- Dental laboratory models
- Model analysis and presentation
- Dental education and training models
Digital Workflow
A typical workflow includes:
Digital Scan → CAD Design → Slicing → 3D Printing → Washing → Post-Curing → Dental Model
This workflow can help dental laboratories reduce manual model production and improve digital production efficiency.
Printer Compatibility
The resin is designed for compatible 385–405nm LCD, MSLA and SLA 3D printers. For the best results, use the recommended exposure parameters for your printer and layer height.
Frequently Asked Questions
What is dental model resin?
Dental model resin is a specialized photopolymer resin formulated for producing accurate, detailed and smooth dental models for laboratory and clinical workflows.
Is this resin suitable for orthodontic models?
Yes. This resin is designed for orthodontic models, diagnostic models, study models and other dental laboratory applications.
What printers are compatible?
It is designed for compatible 385–405nm LCD, MSLA and SLA resin 3D printers.
Is this resin for direct patient use?
This product is intended for model production and laboratory workflows. It should not be considered a finished medical or dental device unless applicable regulatory requirements have been independently verified.
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