Mastering Digital Full and Partial Removable Dentures: The Digital Workflow from A to Z

Description Additional Information The Digital Workflow from A to Z Learn all the clinical and technical protocols for fabricating full and partial removable dentures using a complete digital workflow: from optical impressions to digital occlusion records, through to fabrication via 3D printing and milling. Optical impression (full and partial) Digital occlusion recording (centric relation, DVO, digital facebow) CAD design (dental assembly, framework, connectors, clasps) 3D printing (parameter settings, post-processing, quality control) Milling/machining (material selection, settings, finishing) Clinical try-in and integration of the complete digital workflow 12 hours of training, divided equally—6 hours of theory and 6 hours of hands-on practice over 2 days, culminating in a simulated clinical try-in on full and partial dentures. Professor at the Faculty of Medicine, ULB Removable Prostheses & Digital Workflow Doctor of Dental Sciences (PhD) University Diploma in Implantology — Paris 6 University Diploma in Implantology and Maxillofacial Rehabilitation — Paris 7 University Diploma in Conscious Sedation — Nancy Dentist, UCL graduate Digital Removable Prosthetics Master’s in Dental Sciences — UCL, 2016 Certificate in Endodontics — UCL, 2017–2018 Continuing Education in Occlusion — Iroise Bretagne Training in Cosmetic Dentistry — GRF Paris, 2019 From Conventional Impressions to Optical Impressions Digital Impression Protocol for Edentulous Patients Management of Soft Tissues, the Mucosal Reflection Line, and Compression Zones Digital Recording of the Centric Relation Determination of the Vertical Dimension ofocclusion Transfer of the digital facial arch Use of the virtual articulator Occlusion verification and validation using software Taking optical impressions on models ofComplete edentulism: Comprehensive protocol for digital occlusal registration in centric relation and at the correct vertical dimension Digital tooth setup Virtual occlusal adjustments on a digital articulator Validation of the master setup and preparation of the file for fabrication Design of the digital framework Positioning of clasps, pins, and large connectors; Case-specific digital occlusal registration for partial dentures; Biomechanical principles applied to CAD; 3D printing: selection of printer and resins, parameter settings, post-processing, and quality control; Milling/machining: selection of the milling machine and millable materials, machining protocol, post-machining finishing Outlining the framework, positioning of retention elements Validation of the digital occlusion Exporting the fabrication file Complete 3D printing protocol (configuration, printing, post-processing) Milling protocol (machining, finishing) Simulated clinical try-in on full and partial dentures Comprehensive clinical case studies and discussion of challenges encountered Member: €700 Non-member: €850 September 17–18, 2027 9:00 AM – 5:30 PM (function(){ var root = document.getElementById('dz-course-2027'); if(!root) return; var reduced = window.matchMedia('(prefers-reduced-motion: reduce)').matches; // Scroll reveal var targets = root.querySelectorAll('.dz-reveal'); if('IntersectionObserver' in window && !reduced){ var io = new IntersectionObserver(function(entries){ entries.forEach(function(e){ if(e.isIntersecting){ e.target.classList.add('is-visible'); io.unobserve(e.target); } }); }, {threshold:0.15}); targets.forEach(function(t){ io.observe(t); }); } else { targets.forEach(function(t){ t.classList.add('is-visible'); }); } // Light parallax on hero var heroImg = root.querySelector('.dz-hero-img'); var hero = root.querySelector('.dz-hero'); if (heroImg && hero && !reduced) { var updateParallax = function() { var r = hero.getBoundingClientRect(); if (r.bottom > 0 && r.top < window.innerHeight) { var offset = Math.max(-70, Math.min(70, r.top * 0.15)); // more pronounced movement, allowed by the vertical buffer of the 2000x2000 square covers heroImg.style.transform = 'translateY(' + offset + 'px)'; } }; updateParallax(); // Correct position upon loading, without waiting for a scroll event window.addEventListener('scroll', updateParallax, {passive:true}); } // Accordion window.dzToggleProg = function(headEl){ var item = headEl.closest('.dz-prog-item'); var body = item.querySelector('.dz-prog-body'); var isOpen = item.classList.contains('is-open'); // close siblings root.querySelectorAll('.dz-prog-item.is-open').forEach(function(el){ if(el !== item){ el.classList.remove('is-open'); el.querySelector('.dz-prog-body').style.maxHeight = null; } }); if(isOpen){ item.classList.remove('is-open'); body.style.maxHeight = null; } else { item.classList.add('is-open'); body.style.maxHeight = body.scrollHeight + 'px'; } }; // initialize open state root.querySelectorAll('.dz-prog-item.is-open .dz-prog-body').forEach(function(b){ b.style.maxHeight = b.scrollHeight + 'px'; }); })(); 7 Prof. Dr. Atash Ramin, Julien Van De Velde, Brussels

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