Dental resin for accurate dental models, dies and aligner models

Liqcreate Dental Model Pro Beige is a matte, opaque beige photopolymer resin developed for manufacturing highly accurate dental models, dies and aligner models. The material is formulated for dental-focused workflows where accuracy, dimensional stability and clean model presentation matter.

The beige finish provides a matte, opaque appearance, making the printed model easier to assess visually in professional dental environments.

Key features of Liqcreate Dental Model Pro Beige

• Designed for dental professionals: suitable for producing dental models used in clinical and lab workflows.
• High XY accuracy: supports detailed model production where fit and dimensional consistency are important.
• Low shrinkage: helps maintain dimensional stability during and after printing.
• Low odour formulation: easier to work with in regular resin printing environments.
• Matte opaque beige colour: delivers a clear, professional-looking model surface.

Why this dental resin suits model production

Liqcreate Dental Model Pro Beige combines low shrinkage, accuracy and dimensional stability, making it appropriate for dental applications that require dependable repeatability. These material properties support the production of precise models for downstream use.

Use cases for dental labs and clinics

• Dental models: produce accurate printed models for general dental workflows.
• Dies: create detailed dies where dimensional accuracy is required.
• C&B applications: suitable for crown and bridge model production.
• Thermoforming: use printed models for thermoforming processes.
• Aligner models: print stable and accurate models for aligner production.

Open-material workflow support

This dental photopolymer is easy to use on open source resin 3D printers, making it suitable for users who work across SLA, MSLA and DLP systems. The broad compatibility helps integrate the resin into existing dental printing setups without limiting the workflow to a closed machine ecosystem.