Tooth 3
Elevate your training with our 3D printed tooth model, a standout product designed for accuracy, realism, and affordability. Crafted with attention to detail, this model sets a new standard in dental education tools.
Key Features
Radiopaque Teeth for Accurate Scanning:
Engineered to be radiopaque, this model allows for clear scanning and precise checking of dental work, making it an invaluable tool for both training and diagnostic purposes.
Superior Quality Material:
Constructed using the highest quality materials in the market, our model not only ensures durability but also provides a realistic feel, essential for effective training.
Economically Priced:
Priced 75% lower than similar products in the market, our Tooth #11 model offers unparalleled value, making high-quality dental training tools more accessible.
Pulp-Like Material in Canals:
The canals are filled with a material that mimics dental pulp, adding an extra layer of realism to endodontic training.
Smooth, Polished Finish:
Unlike other models with rough, one-sided surfaces, our Tooth #11 model boasts a polished finish. This smooth surface not only enhances the aesthetic but also provides a more accurate representation of a real tooth, improving the overall training experience.
Benefits
Enhanced Imaging and Training Accuracy:
Its radiopaque nature allows for precise imaging, essential for effective training and diagnostics.
High-Quality Training at an Affordable Price:
Experience premium quality without the premium price tag, making advanced training accessible to a broader audience.
Realistic Practice Experience:
The combination of pulp-like canal material and a polished finish offers a highly realistic practice environment, aiding in skill development.
Versatile and Accessible:
Ideal for dental students and professionals alike, this model is an essential tool for anyone looking to enhance their dental skills.
Our 3D printed Tooth model represents the perfect blend of quality, realism, and affordability, designed to meet the needs of today's professionals.
Elevate your training with our 3D printed tooth model, a standout product designed for accuracy, realism, and affordability. Crafted with attention to detail, this model sets a new standard in dental education tools.
Key Features
Radiopaque Teeth for Accurate Scanning:
Engineered to be radiopaque, this model allows for clear scanning and precise checking of dental work, making it an invaluable tool for both training and diagnostic purposes.
Superior Quality Material:
Constructed using the highest quality materials in the market, our model not only ensures durability but also provides a realistic feel, essential for effective training.
Economically Priced:
Priced 75% lower than similar products in the market, our Tooth #11 model offers unparalleled value, making high-quality dental training tools more accessible.
Pulp-Like Material in Canals:
The canals are filled with a material that mimics dental pulp, adding an extra layer of realism to endodontic training.
Smooth, Polished Finish:
Unlike other models with rough, one-sided surfaces, our Tooth #11 model boasts a polished finish. This smooth surface not only enhances the aesthetic but also provides a more accurate representation of a real tooth, improving the overall training experience.
Benefits
Enhanced Imaging and Training Accuracy:
Its radiopaque nature allows for precise imaging, essential for effective training and diagnostics.
High-Quality Training at an Affordable Price:
Experience premium quality without the premium price tag, making advanced training accessible to a broader audience.
Realistic Practice Experience:
The combination of pulp-like canal material and a polished finish offers a highly realistic practice environment, aiding in skill development.
Versatile and Accessible:
Ideal for dental students and professionals alike, this model is an essential tool for anyone looking to enhance their dental skills.
Our 3D printed Tooth model represents the perfect blend of quality, realism, and affordability, designed to meet the needs of today's professionals.
Elevate your training with our 3D printed tooth model, a standout product designed for accuracy, realism, and affordability. Crafted with attention to detail, this model sets a new standard in dental education tools.
Key Features
Radiopaque Teeth for Accurate Scanning:
Engineered to be radiopaque, this model allows for clear scanning and precise checking of dental work, making it an invaluable tool for both training and diagnostic purposes.
Superior Quality Material:
Constructed using the highest quality materials in the market, our model not only ensures durability but also provides a realistic feel, essential for effective training.
Economically Priced:
Priced 75% lower than similar products in the market, our Tooth #11 model offers unparalleled value, making high-quality dental training tools more accessible.
Pulp-Like Material in Canals:
The canals are filled with a material that mimics dental pulp, adding an extra layer of realism to endodontic training.
Smooth, Polished Finish:
Unlike other models with rough, one-sided surfaces, our Tooth #11 model boasts a polished finish. This smooth surface not only enhances the aesthetic but also provides a more accurate representation of a real tooth, improving the overall training experience.
Benefits
Enhanced Imaging and Training Accuracy:
Its radiopaque nature allows for precise imaging, essential for effective training and diagnostics.
High-Quality Training at an Affordable Price:
Experience premium quality without the premium price tag, making advanced training accessible to a broader audience.
Realistic Practice Experience:
The combination of pulp-like canal material and a polished finish offers a highly realistic practice environment, aiding in skill development.
Versatile and Accessible:
Ideal for dental students and professionals alike, this model is an essential tool for anyone looking to enhance their dental skills.
Our 3D printed Tooth model represents the perfect blend of quality, realism, and affordability, designed to meet the needs of today's professionals.