Accuracy and efficiency are essential in the fast-paced world of modern dentistry. Every dental professional recognises the necessity of precise implant identification, which has traditionally been a time-consuming and unpleasant process. But, what if we told you there´s a game-changing solution redefining the way implants are recognised, making it faster, more precise, reliable and available to everyone? Enter Implantif.AI, whose ever-expanding implant database is the key to success.
Constant Evolution for Implant Identification
All the implant radiographs that our users have uploaded to our web platform have accelerated Implantif.AI’s ability to recognise a more significant number of implant models. The Implantif.AI team retrains the AI algorithm month after month with a single purpose: to help you identify an unknown implant in the most accurate way and in the shortest possible time.
All of this impacts the quality of treatment for your patients. Here are the key aspects that probably make Implantif.AI the most potent AI algorithm for implant identification:
1. Clinic Data Collection
Implantif.AI collects clinical data from actual patients, establishing a solid and reliable foundation. This clinical data includes a wide variety of dental implant radiographs taken by different dental professionals around the world. Have you ever stopped to think about the variability this implies?
Most scientific studies about AI Implant Identification obtained an accuracy of prediction between 85-95%. These results are obtained with isolated data sets from Universities. If these algorithms are deployed for all dental professionals, their accuracy will drop at least 20%.
Implantif.AI engineers have managed to keep our algorithm’s accuracy level at 90% for more than 95 different implant models. We are the ones that identify the most thanks to our approach.
2. Collaboration with Dental Professionals
Implantif.AI collaborates with well-known dental professionals, and experts in implant dentistry and oral rehabilitation to obtain up-to-date and relevant information.
Also, we work closely with the most important manufacturers in dentistry, establishing powerful synergies. This ensures that the database reflects the latest trends and advancements in implant identification.
3. Incorporation of Technological Advancements
In terms of AI, technology evolves every day. This forces us to be on the cutting edge of technology, constantly developing new AI methods to offer the best possible service. This includes the use of machine learning algorithms and enhanced image processing techniques to improve the accuracy and efficiency of implant identification. Implantif.AI is not made up of a single algorithm, which is part of our success.
In addition, we are implementing new, never-before-seen functionalities to take implant dentistry knowledge to the next level. Stay tuned!
4. Continuous Research and Development
Implantif.AI conducts ongoing research to improve its database. Implantif.AI ´s engineers work to develop the most efficient state-of-the-art AI algorithms to recognise the macro and micro-geometry characteristics of dental implants, needing the least radiographs possible and obtaining the best accuracy.
5. User Feedback
What makes Implantif.AI different are two things: its users and the collaborative approach of the project. Working together is the only way to create a more extensive AI implant identification of the world. For that, in Implantif.AI, you can upload x-rays for unknown implants, but also, you can also collaborate with the project with radiographs where you know the implant brand and model.
Last but not least, user feedback and experience about the process are fundamental, and we collect and analyse them to identify areas for improvement and make adjustments to the database, optimising the accuracy and usability of the application.
6. Updates and New functionalities
The team working behind Implantif.AI updates its database monthly to keep it current and accurate. These updates may include incorporating new types of implants thanks to the user´s collaboration, improved analysis algorithms, and the implementation of new features based on technological advancements and user needs.
Our objective is to give responses to questions about implant dentistry in just a few seconds. Can you imagine obtaining all the information on a specific dental implant in less than 5 minutes? This approach will only be possible with a dedicated team of engineers, dental professionals, and implant brand manufacturers working together.
7. The Speed of Implant Identification
The constant updating of Implantif.AI ´s algorithms, database, and the server architecture running our algorithms speed up the implant identification process, being the first Software As a Service (SaaS) in the world that can give a response in just 30 seconds.
Implantif.AI is capable of analysing dental radiographs and giving one of the following responses immediately:
Implant or implants identified: Implantif.AI will provide you with the brand and model for your unknown implant.
Implant or implants not identified: Here are two possibilities. First, the dental implant you are trying to recognise is outside our database. Secondly, your radiograph needs to be improved since it needs to be a periapical x-ray, well exposed, and taken with paralleling devices. If this occurs, try to upload a better radiograph.
Something went wrong: This image appears when you are trying to identify more than three implants in the same radiograph or if you are uploading a panoramic X-ray.
Duplicated radiographs: Our algorithm can analyse and detect duplicated radiographs, keeping the database as clean as possible.
The days of tedious, time-consuming, and uncertain implant identification are fading into the past. Implantif.AI ´s ever-expanding database is ushering in a new era of accuracy and accessibility in dentistry. It´s a journey marked by innovation, collaboration and a relentless commitment to improving dental professionals and patient satisfaction.
Embrace the future with Implantif.AI, where dental implant identification is transformed.