Polorto

Tue. 15 April 2025

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CZĘSTOCHOWA, Poland: Digital transformation in orthodontics is accelerating, and the diagnostic models generated by the orthodontic software DDP AI from Polorto are setting new standards in precision, efficiency and treatment predictability. These next-generation 3D diagnostic models integrate artificial intelligence (AI) technology, enabling orthodontists to visualise, plan and execute treatments with unprecedented accuracy. By combining advanced imaging, automated segmentation and intelligent treatment simulations, DDP AI models are reshaping orthodontic workflows worldwide.

Traditionally, orthodontic diagnostics relied on plaster models. These were prone to inaccuracies, time-consuming to use and difficult to store. The transition to intra-oral scans and CBCT imaging addressed these issues and significantly improved diagnostic capabilities, but a crucial challenge remained: the efficient processing and interpretation of vast amounts of 3D data.

DDP AI models address this challenge by employing machine learning algorithms to automate key tasks such as tooth segmentation, root visualisation and treatment planning. This reduces manual effort, minimises human error and ensures consistency in diagnosis and treatment execution.

How DDP AI diagnostic models enhance treatment planning

Unlike standard digital scans, DDP AI models provide a fully comprehensive 3D representation of both crown and root anatomy. This holistic view, often enhanced with CBCT data, allows orthodontists to simulate tooth movement with greater accuracy, analyse root positioning and bone structure, and plan treatments that are both safer and more predictable. By improving diagnostic precision, these models help reduce the risk of resorption and unwanted biomechanical effects while also saving time by streamlining the treatment planning process.

Thanks to AI automation, the model generation process is seamless. In under 3 minutes, a raw intra-oral scan is transformed into a highly detailed diagnostic tool, eliminating the need for manual processing. This allows orthodontists to focus on treatment strategy rather than technical model preparation, ultimately improving workflow efficiency.

How DDP AI models align with the digital dentistry revolution

The adoption of AI-powered diagnostics is not just a passing trend; it is becoming the new standard in modern orthodontic practices. DDP AI models integrate with cloud-based platforms and with CAD/CAM systems and workflows, ensuring compatibility with aligner therapy, fixed appliances and hybrid treatments. This seamless integration enables orthodontists to implement a fully digital workflow that enhances both clinical and operational efficiency.

As remote consultations and AI-assisted treatment planning become more widespread, the demand for digital orthodontic solutions continues to grow. DDP AI fits naturally into this evolving landscape by offering cloud-based access for case sharing, teledentistry and multidisciplinary collaboration. The ability to access, share and refine cases in real time strengthens communication between specialists and improves the overall patient experience.

How DDP AI models support orthodontists

AI-driven diagnostic models offer significant advantages for orthodontic practices. By reducing human error in segmentation and model processing, they improve diagnostic consistency and treatment accuracy. Because models are generated in just minutes, the workflow becomes faster and more efficient, enabling orthodontists to diagnose and plan treatments with greater ease. The compatibility of DDP AI models with aligners, fixed appliances and custom orthodontic solutions further simplifies treatment coordination.

Beyond enhancing clinical efficiency, DDP AI models streamline case management and patient communication. Cloud-based accessibility facilitates remote case sharing and secure digital record-keeping, allowing orthodontists to manage patient data with greater flexibility. In addition, the visual simulations generated by these models help patients better understand their treatment progress, fostering engagement and informed decision-making. From an operational perspective, DDP AI models contribute to sustainability by eliminating the need for physical storage, reducing material waste and minimising chairside time.

Overall, DDP AI diagnostic models represent a turning point in orthodontic efficiency, allowing clinicians to plan and optimise treatments with a level of precision and predictability previously unattainable. As AI continues to refine and automate orthodontic workflows, embracing digital transformation is no longer optional—it is essential.

More information can be found at www.ddp.systems.

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