Learning pathway
Randomized and comparative studies in implantology, endodontics and restorative dentistry report faster or better early skill, and lower stress and anxiety, when simulator practice comes first.
What the research on Virteasy haptic simulation means for learning pathways and operational productivity in dental schools.
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Across 18 studies and two reviews, virtual haptic simulation works best before the phantom head and the patient: students repeat procedures at any hour, with objective data on every attempt.
Randomized and comparative studies in implantology, endodontics and restorative dentistry report faster or better early skill, and lower stress and anxiety, when simulator practice comes first.
Objective scoring is documented. Gains in instructor time, consumables and lab scheduling are plausible but not yet measured in controlled studies, and a pilot can measure them.
Not every result is favorable. A headset lowered performance in one study, and no study reports cost or long-term retention. The paper says so plainly.
The research places the simulator in the middle of the path, between knowledge and supervised patient care.
Anatomy, instruments and ergonomics on screen.
Repeated drills in implant, cavity and access preparation.
Objective scores and expert review of each attempt.
Phantom-head work, with a planned transition period.
Supervised patient care once the skill is shown.
Design principle: move students on by demonstrated competence, not hours logged.
18 studies, 2 reviews and a 90-day pilot framework, in one short paper.
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