High-Precision Dental Model Material for Orthodontics & Prosthetics
FotoDent® Model is a proven dental 3D printing resin developed for producing accurate working models used in orthodontic and prosthetic applications.
It is engineered for stability, detail reproduction, and consistent performance in digital dental workflows.
Why FotoDent® Model
Dental models must maintain accuracy from scan to final workflow stage. FotoDent® Model is formulated to ensure reliable dimensional control and durable handling.
Key benefits include:
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High form stability for precise model reproduction
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Strong abrasion resistance for lab handling
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Reliable dimensional accuracy
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Consistent results across batches
Built for Orthodontic & Prosthetic Workflows
This material is optimized for everyday dental lab production, including:
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Orthodontic study models
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Prosthetic working models
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Diagnostic models
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Digital workflow model fabrication
It integrates seamlessly into CAD/CAM production pipelines.
Precision You Can Rely On
FotoDent® Model is designed to preserve fine anatomical detail and ensure predictable results throughout processing.
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High-resolution detail reproduction
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Stable geometry retention
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Smooth surface quality for post-processing
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Reliable fit for aligner and restorative workflows
Durable & Workshop-Ready
The material is engineered to withstand daily laboratory handling:
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Abrasion-resistant surface
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Moisture and light stability
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Strong structural integrity during trimming and finishing
Efficient Digital Workflow Integration
Compatible with 385 nm and 405 nm systems, FotoDent® Model supports a wide range of DLP and LCD printers used in dental labs.
It is suitable for:
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Standard dental model production
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High-volume orthodontic workflows
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Prosthetic planning models
What This Means for Your Lab
With FotoDent® Model, you can:
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Produce consistent, high-accuracy models in-house
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Reduce remake rates caused by distortion
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Improve workflow reliability
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Standardize model production across technicians
Applications
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Orthodontic models
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Prosthetic working models
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Diagnostic study models
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Aligner workflows
