Guided bone regeneration (GBR) is a highly predictable procedure used to treat alveolar ridge deficiencies before or during dental implant placement. This video presents a high-fidelity surgical simulation of GBR utilizing a collagen membrane on a standardized typodont model. The simulation replicates critical clinical steps, including flap elevation, bone graft stabilization, and the precise adaptation and fixation of the resorbable collagen barrier. Special emphasis is placed on subtle clinical tips and tricks—such as specific membrane trimming techniques, hydration adjustments, and precise tension-free suturing—that directly dictate the success of the final outcome. Ultimately, by mastering these technical nuances on an anatomically accurate typodont, this protocol provides a realistic, risk-free training environment to enhance surgical proficiency, reduce clinical errors, and improve patient outcomes in implant dentistry.