Clinical Approach to Bruxism: Fabrication and Adjustment of Occlusal Splints

Description Additional Information Fabrication and Balancing of Occlusal Splints Master the digital design and balancing of occlusal splints, from dynamic mandibular repositioning to clinical fitting. Understand the digital (3D) design of occlusal splints and dynamic mandibular repositioning (4D) Digitally create an occlusal splint and a mandibular repositioning guide, through to 3D printing Master occlusal registration and 3D facial scanning for cranio-facial synchronization of digital data. Adjust and rebalance different types of occlusal splints in the clinic. A 100% digital workflow—3D facial scanning, virtual design, and 3D printing, through to occlusal rebalancing with a mandibular repositioning guide. Bachelor of Dental Sciences (ULB), Doctor of Dental Sciences—Gnathology (UCL) Gnathology & temporomandibular disorders Bachelor of Dental Sciences—Free University of Brussels Doctor of Dental Sciences, Gnathology — Catholic University of Louvain Exclusive practice of gnathodontics and the management of temporomandibular disorders Electrophysiological quantification of delayed exteroceptive suppression (UCL) Neurophysiological evaluation of temporomandibular disorders and orofacial pain (UCL) Digital design (3D) with dynamic mandibular repositioning (4D) Digital fabrication of occlusal splints and a mandibular repositioning guide Virtual design of an occlusal splint and a mandibular repositioning guide Fabrication via 3D printing Digital (3D) and dynamic (4D) Digital occlusal registration (3D) with a mandibular movement assessment system (4D) Recording using a 3D facial scanner Craniofacial synchronization between digital data Fitting of various types of occlusal splints Occlusal reequilibration using a mandibular repositioning guide Member: €450 Non-member: €550 October 9, 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 Dr. Marashi Ramin Brussels

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