Custom web DICOM viewer for dental implant planning

In this video, I show how a web-based DICOM viewer can be used for dental implant planning using CBCT scans, 2D/3D visualization, and medical imaging workflows built for real clinical software products. At PYCAD, we build custom medical imaging platforms for healthcare companies, including DICOM viewers, server-side rendering, 3D visualization, AI segmentation tools, and custom clinical workflows. Many dental, surgical, and healthcare AI teams struggle when their browser-based viewers crash on large imaging studies or when they need advanced features like CBCT visualization, segmentation overlays, implant planning tools, and scalable rendering. This is where a properly designed medical imaging viewer becomes critical. If you are building a dental imaging platform, implant planning software, radiology AI product, or any healthcare application that needs a custom DICOM viewer, PYCAD can help you design and build the imaging infrastructure behind it. Learn more about PYCAD: https://pycad.co Subscribe to PYCAD Weekly for practical insights on medical imaging software, DICOM viewers, AI segmentation, and healthcare product development: https://newsletter.pycad.co Topics covered: • Dental DICOM viewer • CBCT visualization • Dental implant planning software • 2D and 3D medical image viewing • Server-side rendering for medical imaging • Custom DICOM viewer development • Medical imaging AI platforms • Segmentation and visualization workflows 00:00 - Introduction to pycad & Medical Imaging Infrastructure 00:50 - Loading CBCT Scans and AI-Generated STL Files 01:35 - Switching to the Panoramic Workspace 01:50 - Drawing a Custom Arc (Mandible/Maxilla) 02:58 - Generating the Panoramic Image from Axial View 03:32 - Navigating Cross-Sectional Views with the Slider 04:00 - Placing an Implant in the 3D Workspace 05:14 - Adjusting Implant Position in 3D & Cross-Sections 06:10 - Clinical Workflow Integration (Measurements & Canal Tracking) 06:50 - Benefits of Web-Based Collaboration & Customization 07:24 - Outro & Request for Community Feedback