DIGITAL DENTISTRY LEARNING HUB

In the ever-evolving field of orthodontics, innovation in material technology plays a crucial role in advancing treatment efficacy and patient comfort.

In the world of orthodontics, precision and efficiency are critical to your outputs. The process of bending wires to fit the unique dental anatomy of each patient has traditionally been a labor-intensive and time-consuming task.

In the ever-evolving world of dental technology, there's a captivating and transformative technique known as photogrammetry that's changing the way we perceive and interact with the physical world.

Many say: becoming a dentist means becoming a lifelong learner. As methodologies and technologies in the dental world are ever-evolving, it's important to stay at the cusp with annual CE learning and training to remain competitive in your local market. 

Becoming a dentist means becoming a lifelong learner. With new and evolving methodologies and technologies, you may be hunting for CE learning and training to remain competitive in your local market. 

Becoming a dentist means becoming a lifelong learner. As methodologies and technologies are ever-evolving, it's important to stay at the cusp with annual CE learning and training to remain competitive in your local market. 

In 2011, Australian manufacturer Asiga launched the world’s first LED-based DLP 3D printer. This step helped leap forward making affordable desktop printers which changed digital manufacturing forever.

Desktop Health specializes in advanced healthcare solutions, known for their Einstein series— a range of 3D printers designed to address the diverse and dynamic needs of dentists. This series is celebrated for its advanced features, versatility, and commitment to elevating patient care.

Established in 2011, Flashforge is a global leader in 3D printing, for a wide variety of purposes, including dental applications. Backed by Chinese manufacturing, Flashforge 3D printers, software, materials and accessories are well-known for producing high-quality results.

Founded in 2014, SprintRay's primary goal was to bridge the gap between the potential of 3D printing and the specific needs of dental professionals. The company realized early on that traditional 3D printing solutions were not entirely suited for dental applications due to their limitations in accuracy, material compatibility, and speed.