UV Polimer Model One Gray 1kg
Innovation in 3D printing
Model One is a modern solution for professionals who value high quality, efficiency, and precision. The carefully selected materials ensure ease of use both in the 3D printing process and in the post-processing of finished prints.
Strength and flexibility
With increased hardness of the finished prints, improved flexural modulus, and enhanced durability, Model One provides higher efficiency and reduced risk of damage during work. Model One resin is characterized by high resistance to cracks and fractures while ensuring excellent replication of digital models due to its mechanical properties.
Reliable precision
Model One resin is an innovation in the field of 3D printing materials used in dentistry. Based on the latest technology, it provides extremely precise replication of details, along with excellent mechanical strength and unrivaled aesthetics.
Model One is a light-curable resin characterized by high accuracy. It is perfect for creating detailed prosthetic and orthodontic models, addressing the needs of modern reconstructive dentistry.
Convenient usage
Model One resin is also characterized by a less intense odor and absence of volatile organic compounds. This makes it an ideal solution for modern clinics and prosthetic laboratories that prioritize the comfort of their staff.
Key benefits
- Exceptional precision in replicating details.
- Excellent mechanical strength, ensuring long-lasting results.
- High resistance to cracks, minimizing the risk of damage.
- Absence of volatile organic compounds during proper material handling.
- Safety and lack of cytotoxicity in finished 3D prints.
- Convenient usage, thanks to a milder odor and easy application.
- Wide availability of colors, allowing for customization to individual needs.
Available colors
Gray, ivory, peach, white.
Storage conditions
Store in the original packaging or a sealed container, preferably at room temperature, in a dry and dark place. Close the packaging tightly after each use. Protect from UV radiation