OrthoSelect, a renowned digital orthodontics laboratory and software company, has announced a groundbreaking partnership with Belgium-based Relu. This collaboration aims to integrate the innovative DIBS AI® software platform, known for its award-winning and patented features, with Relu’s cutting-edge Engine CBCT visualization software. The integrated system will provide orthodontic practitioners with an unprecedented 3D view of their patients’ dental structures, enhancing treatment planning and expediting treatment outcomes.
By combining the DIBS AI and Relu® Engine platforms, orthodontists will have access to comprehensive views of tooth and bone structures, allowing them to effectively model planned movements for the entire tooth. This revolutionary approach will significantly reduce treatment time, minimize the need for repositioning, and mitigate clinical issues such as fenestrations, root collisions, and dehiscence.
One of the major advantages of this integration is its user-friendly nature. Orthodontists can easily upload their patients’ DICOM® images from CBCT scans using the digital prescription form in the DIBS AI system. The DICOM file seamlessly integrates with the intraoral scan and is included in the case setup provided for the doctor’s approval. This streamlined process optimizes efficiency and ensures accurate treatment planning.
The affordability of this integrated platform is another key feature. Orthodontists can choose the CBCT integration add-on option for individual cases without any contractual commitments or obligations for a minimum number of cases. Flexibility and accessibility are at the forefront, empowering practitioners to utilize the integrated system as and when needed.
OrthoSelect President Steven Gardner expressed his enthusiasm for the partnership, stating, “We decided to work with Relu because our two systems complement each other so well, and the Relu platform is so polished and such a great technology.” Relu CEO and Co-founder Holger Wilhems shared in the excitement, emphasizing how the collaboration is transforming the landscape of digital braces and providing orthodontists with unprecedented insights into dental treatment.
OrthoSelect’s DIBS AI platform simplifies and automates orthodontic patient case setups and treatment planning. The software creates predictive outcomes based on desired bracket prescriptions, facilitating treatment planning with precision. Additionally, DIBS AI enables the production of accurate bracket transfer appliances, eliminating the need for extensive wire bending and bracket repositioning. Through these advancements, orthodontic practitioners can achieve greater accuracy, substantial time savings, and cost reductions of up to 25%.
To learn more about how the transformative DIBS AI platform can elevate your orthodontic practice and to schedule a free demo, please visit www.DIBSAI.com or contact [email protected]. Relu, founded in 2019 and headquartered in Belgium, aims to empower dental workflows with AI capabilities to improve orthodontic and implant treatments worldwide.
OrthoSelect’s partnership with Relu in enhancing orthodontic treatment planning is a significant development in the field. While the article provides important information about the collaboration, there are additional facts, current market trends, and forecasts that can be discussed.
Current market trends in orthodontics indicate a growing demand for advanced technology and software solutions that can improve treatment outcomes. The integration of AI software platforms like DIBS AI with CBCT visualization software, as demonstrated in this partnership, aligns with the industry’s focus on enhancing efficiency and precision in treatment planning. This trend is expected to continue as orthodontists increasingly seek advanced tools to optimize patient care.
Forecasting the impact of the OrthoSelect-Relu partnership, it can be anticipated that the integrated system will revolutionize orthodontic treatment planning. The ability to have a comprehensive 3D view of patients’ dental structures will enable orthodontists to accurately model planned movements for each tooth, improving treatment precision. This is likely to result in reduced treatment time, minimized repositioning, and fewer clinical issues such as fenestrations and root collisions.
Key challenges or controversies associated with advanced technology integration in orthodontics include concerns about cost and accessibility. While the affordability of the integrated platform is mentioned as an advantage in the article, some orthodontists may have reservations about investing in new software and equipment. It is important for companies like OrthoSelect and Relu to address these concerns by providing transparent pricing options and demonstrating the long-term benefits of the technology.
Advantages of the OrthoSelect-Relu partnership include the user-friendly nature of the integrated system. Orthodontists can easily upload patients’ CBCT scans and seamlessly integrate the DICOM images with intraoral scans for accurate treatment planning. This streamlined process optimizes efficiency and ensures precision in treatment.
Another advantage is the flexibility and accessibility offered by the integration. Orthodontists have the option to choose the CBCT integration add-on for individual cases without contractual commitments or obligations for a minimum number of cases. This empowers practitioners to utilize the integrated system as and when needed, providing them with flexibility in their practice.
In conclusion, the partnership between OrthoSelect and Relu in enhancing orthodontic treatment planning is a significant development in the field. The integrated system offers a range of advantages, including comprehensive 3D views, user-friendly processes, and affordability. However, challenges related to cost and accessibility need to be addressed. Overall, this partnership has the potential to revolutionize orthodontic treatment planning and improve patient outcomes.
For more information about the transformative DIBS AI platform and to schedule a free demo, interested individuals can visit the official website at DIBSAI.com or contact [email protected]. Those looking for information about Relu and its AI capabilities in dental workflows can visit the company’s website at Relu.ai.