Relu offers an AI-powered platform that automates digital dentistry workflows for dental laboratories. It streamlines tasks like model building, CBCT segmentation, and splint design, reducing manual effort and accelerating turnaround times. This enables labs to increase production capacity and improve output consistency.
Funding
$2.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
DIFounders
Product
Problem
Dental laboratories face significant challenges in scaling operations due to the time-consuming and labor-intensive nature of digital design tasks. Manual processes for model building, segmentation, and splint creation lead to workflow bottlenecks, reduced output consistency, and increased operational costs. This limits the capacity of labs to handle higher volumes and focus on complex, high-value cases.
Solution
Relu provides an AI-powered automation platform designed to streamline digital dentistry workflows for dental laboratories. The platform leverages advanced machine learning models to automate routine design tasks, significantly reducing manual effort and accelerating turnaround times. By automating processes such as model building, CBCT segmentation, and splint design, Relu enables labs to increase their production capacity, improve the consistency of their output, and reallocate skilled technicians to more intricate casework. This allows dental professionals to scale their operations efficiently and enhance overall service delivery.
Target Audience
The primary target audience includes full-service dental laboratories, orthodontic laboratories, and clinics with in-house 3D printing capabilities that seek to automate their digital design and production workflows.
Features
- AI-driven Model Builder for automated generation of dental models, including orthodontic models and models with removable dies.
- Automated CBCT segmentation and intraoral scan alignment to accurately identify anatomical structures like teeth, gingiva, bone, and nerves.
- AI-powered Splint design for creating anatomically accurate and consistently fitting night guards and other occlusal appliances.
- Batch processing capabilities allowing for the upload and automation of over 100 files simultaneously.
- Compatibility with leading dental CAD software such as 3Shape, Exocad, and Meshmixer.
- Cloud-based architecture ensuring accessibility and eliminating the need for local software installation.
- Continuous model training and updates to enhance AI performance and accuracy over time.
- API integration options (Relu® Engine) for embedding AI automation directly into existing dental software workflows.