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Axtra3D Expands Dental 3D Printing Line for Orthodontics with GR-19.1 OA Resin

Axtra3D Expands Dental 3D Printing Line for Orthodontics with GR-19.1 OA Resin

Axtra3D has expanded its dental 3D printing portfolio with the addition of Printodent GR-19.1 OA | MSI from pro3dure, a new resin developed for orthodontic splints. The material has been validated for use with the Lumia X1 Dental system and broadens the company’s growing library of approved dental materials.

The resin is designed not only for reliable printability but also for improved clinical performance. According to Axtra3D, Printodent GR-19.1 OA | MSI features biomimetic functionalization with integrated MSI technology. This approach aims to reduce biofilm adhesion on splint surfaces by influencing bacterial communication mechanisms.

The company stresses that the technology does not rely on antibiotics. As a result, it does not create or target bacterial resistance pathways. For dental laboratories, this distinction is significant, particularly given strict hygiene standards. Orthodontic splints are continuously exposed to saliva, temperature fluctuations and mechanical stress, making surface performance critical in daily clinical use.

Technically, the resin is integrated into Axtra3D’s Hi-Speed SLA platform. When used with validated printing profiles, the company says the system enables precise fit, smooth surface quality and reproducible serial production. With this addition, Axtra3D now offers twelve high-performance materials optimized for the Lumia X1 Dental.

In parallel, the company has strengthened integration between its volume software and Oqcam. The enhanced connection is designed to support AI-driven automation, real-time nesting and smarter job preparation. Axtra3D says these improvements aim to increase scalability and standardization in dental manufacturing while reducing manual workload and improving system utilization.

The updates are expected to benefit laboratories experiencing rising production volumes, where consistent processes and operational efficiency are becoming more important than single-unit fabrication.

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