Let It Flow Dental Tech

LetItFlow provides an automated dental scan preprocessing platform for dental laboratories. After a scan is uploaded, the system routes it to dedicated processing infrastructure, applies AI models to clean the scan and returns the resulting model without manual intervention. The company reports processing times below two minutes and 98% artifact-removal accuracy, but these are company-reported performance claims that have not been independently validated.

Dental laboratories that receive raw intraoral or dental scans and currently perform manual model-cleaning and preparation before restoration design or manufacturing. The product may also be relevant to dental clinics, digital dentistry providers, and laboratory-software platforms through future API integrations.

LetItFlow operates in dental CAD workflow automation and AI-powered scan processing. It competes with dental software platforms that automate model preparation, restoration design, and other laboratory workflows, but the provided materials do not identify specific direct competitors. Its stated differentiation is a narrow focus on preprocessing raw scans by removing artefacts and soft tissue and exposing the cervical junction before downstream design or manufacturing begins.

Vertical AI • Computer Vision • Medical Imaging • Dental Technology • Workflow Automation • SaaS: Raw dental scans often contain noise, soft-tissue artifacts and poorly exposed anatomical boundaries that require manual cleanup before they can be used in digital dental workflows. LetItFlow’s thesis is that computer-vision models can automate this preprocessing step, producing standardized 3D models quickly enough to reduce laboratory turnaround time and human intervention. The company’s statutes explicitly cover AI research and development for medical and dental applications, including the analysis and modeling of 3D digital data.

Complete product development and prepare for a planned beta launch on June 15, 2027. The company is currently promoting demonstrations and appears to be validating the system with dental and industrial partners ahead of commercial availability. The website lists five industrial partners in France and Romania, but does not identify all of them or provide details about the nature of those relationships.

Likely B2B SaaS or usage-based software sold to dental laboratories, potentially priced per processed scan. The website also references API access, suggesting a possible integration model for laboratory platforms or larger dental groups. This remains an editorial hypothesis because no pricing or commercial terms have been published to date.