Stratasys Introduces 3D-Printed Dental Training Preset
•February 20, 2026
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Why It Matters
By providing consistent, ethically sound training models, Stratasys accelerates skill acquisition and shortens product development cycles across the dental ecosystem. This shift reduces operational costs and aligns dental education with emerging digital workflows.
Key Takeaways
- •Preset simplifies 3D model production for dental training
- •Synthetic models remove biohazard and ethical concerns
- •Multi-material printing mimics bone, teeth, nerves, soft tissue
- •Customizable via CBCT data for patient-specific cases
- •Enables repeatable, on-demand training, reducing costs
Pulse Analysis
Digital transformation is reshaping dental education, with simulation‑based learning supplanting traditional stone casts and cadaver labs. Stratasys’ new dental anatomical model preset taps into this trend, offering a plug‑and‑play workflow that standardizes material distribution and printing settings. The result is a library of ready‑to‑print models that deliver consistent anatomical fidelity, allowing educators to focus on pedagogy rather than model fabrication.
The technical edge of the preset lies in Stratasys’ multi‑material extrusion technology, which blends rigid and flexible polymers to replicate the tactile response of bone, enamel, pulp, and soft tissue. By integrating CBCT scan data, institutions can generate patient‑specific replicas that showcase complex pathologies such as atrophic jaws or sinus lifts, providing hands‑on practice for procedures ranging from implant placement to endodontic surgery. This level of customization bridges the gap between virtual planning and physical execution, delivering haptic feedback that mirrors real‑world drilling and suturing.
For dental schools, OEMs, and training centers, the preset translates into measurable cost savings and operational efficiencies. Eliminating the need for biohazard handling, storage, and ethical clearances streamlines logistics, while on‑demand printing reduces inventory overhead. Moreover, the ability to produce identical models at scale ensures that every learner experiences the same anatomy, enhancing assessment reliability. As the industry embraces digital curricula, Stratasys’ solution positions itself as a catalyst for more sustainable, scalable, and effective dental training.
Stratasys introduces 3D-printed dental training preset
Stratasys announced a dental anatomical model preset, a 3D-printed option for simulation-based training intended for dental schools, training centers and medical device manufacturers to support consistent hands-on education. The preset is designed to simplify model production and reduce reliance on traditional training materials that can raise ethical concerns.
Dental education and clinical training are increasingly moving toward digital workflows and simulation-based learning. Traditional tools such as stone models, cadavers and animal specimens can be costly, difficult to manage and limited in how well they represent real-world anatomy.
The Stratasys solution enables the creation of models with realistic detail, repeatability and customization for use in classrooms, clinics, conferences and product demonstrations.
Stratasys presets use predefined parameters to control how multiple materials are mixed and distributed within a model, applying specific ratios and patterns to support consistent results. By using these presets, medical and dental organizations can produce musculoskeletal and anatomical models that biomechanically resemble human anatomy.
The Stratasys models are fully synthetic, eliminating the biohazard risks, ethical approvals, storage requirements and disposal challenges associated with cadavers and animal specimens.
The model is designed to support a range of users across the dental ecosystem:
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Medical device and dental OEMs can support clinician training through hands-on demonstrations and shorten development cycles by testing tools and techniques on anatomically accurate replicas.
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Training centers can replace animal and cadaver labs with repeatable, on-demand scenarios that reduce operational costs and logistical complexity.
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Dental schools can prepare students for procedures by allowing practice on realistic models before entering patient care.
These capabilities support updates to how dental education and clinical training are delivered.
Built using Stratasys’ multi-material 3D printing technology, the models are designed to approximate the biomechanical behavior of bone, teeth, nerves and soft tissue and provide haptic feedback for drilling, cutting, suturing and implant placement. Compared with basic plastic models that offer limited anatomical detail and biological specimens that vary and require special handling, the dental anatomical model preset is intended to provide consistent anatomy that can be reproduced at scale.
Models can also be customized using CBCT scan data to reflect patient-specific pathologies and complex clinical cases, including atrophic jaws, sinus lifts and bone grafting procedures. They support procedures such as tooth extractions, implant placement, periodontal surgery, endodontic surgery and sinus augmentation for planning and training across specialties.
In addition to dental anatomy, Stratasys provides a library of presets for various anatomical structures and tissue types, including bone, cartilage, muscle, ligament and soft tissue, enabling simulation across medical and educational applications.
For more information, visit stratasys.com.
The post Stratasys introduces 3D-printed dental training preset appeared first on Engineering.com.
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