Embed Relu's OEM plug-in to automate your implant, maxillofacial or orthodontic treatment planning software cost-effectively.
Our users are now planning safer and faster with X-Guide after integrating the Relu® Engine. With Relu, we saved several years of software development.
CEO, X-Nav Technologies
Segment bone, individual teeth, sinuses or nerves on CBCT.
Segment digital impressions.
Align CBCT, digital impressions and facial scans to each other.
All done automatically using AI.
Extract individual teeth, mandible, skull, mandibular canals, maxillary sinuses and more from CBCT or crowns from IOS.
Register IOS and facial scan to the CBCT in a matter of seconds. Completely automated using AI.
Create the most accurate representation of each tooth by using the crown of the IOS merged with the root from the CBCT.
Segmenting, aligning, tracing… Let AI do the work for your users, significantly boosting their productivity.
Relu is ISO13485 certified, has the documentation ready for your MDR or FDA submission and is GDPR and HIPAA compliant.
Start small by testing on our demo app, the Relu® Creator, and pick the features you want to integrate in the software you are developing.
We offer you the best possible AI technology and we have the numbers to back it up in our clinical evidence.
Over 3000 dentists are benefitting from Relu's automation across the globe through our partners having integrated the Relu® Engine
Save years of engineering time using our API, SDK or Docker container.
Save engineering time by using our easy-to-use APIs that help you automate the tedious and laborious tasks in the implant planning workflow. We make sure that you can ship as quickly as possible.
Read API docsRun the Relu® Engine on the devices of your own users by integrating it as an SDK in your software using C++, C# or Java.
Deploy the Relu® Engine on your own servers with our Docker container distribution.
Let Relu take care of the deployment and use our REST API to have Relu process the data and send you back the results in minutes.
Our users will plan safer and faster with our 3D navigation software after integrating the Relu® Engine. With Relu, we saved several years of software development and we could go to market in a matter of months. Additionally, Relu unburdened our regulatory workload as they have the certifications and documentation we needed for our FDA and MDR applications.
At Ray, we always look for innovative and efficient technologies that can augment our product offerings. We have found precisely that with Relu's AI-assisted segmentation software for dental images. Relu has managed to reduce a formerly time-consuming process into one that is not only quick but also highly accurate.
Communication with Relu was seamless, and they were always receptive to our ideas and feedback. They went above and beyond to understand our needs and tailor the product to perfectly fit our requirements.
Increase the predictability of the orthodontic treatment plan by including CBCT. The roots and bone get automatically segmented so your users can avoid root collisions, dehiscence and fenestrations.
Learn moreLeverage the Relu® Engine in oral and maxillofacial surgery software to create surgical splints in a faster and more accurate way. Create the digital twin in 1 click, and let the end user focus on the treatment.
Learn moreAccurate CT and CBCT segmentation are the basis of a qualitative patient specific implant but the issue is that manual segmentation takes several hours. Leverage the Relu® Engine in your software to automate the segmentation process.
Learn morePatients want to understand what will happen during the treatment, but they have a hard time understanding raw CBCT images.
Leverage the capability of the Relu® Engine to create a digital twin of the patient to increase treatment conversion rates.
The limit for how you use the Relu® Engine is your own imagination.
If you are developing a software that can benefit from CBCT, digital impressions or facial scans, then make sure to reach out for a chat.
Feel free to schedule a meeting with us.