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About

Markus Steineck is a researcher in orthodontics and biomedical engineering, whose work focuses on the mechanical performance of dental materials and surgical tools. His key research areas include orthodontic wire mechanics, laser-assisted surgery, and the biomechanics of tooth positioners. Steineck’s major contributions involve quantifying the torsional load transfer of stainless-steel wires used in fixed retainers, providing critical data for clinicians selecting materials to prevent relapse. His most-cited paper (2020, 17 citations) employed a robotic device to compare commercially available wires, revealing significant differences in force delivery that impact treatment stability. In a notable interdisciplinary achievement, Steineck investigated the use of an Er:YAG laser osteotome versus conventional drills for osteo-odonto-keratoprosthesis (OOKP) surgery (2019, 14 citations), a complex procedure for corneal blindness. This work demonstrated the laser’s precision in creating holes in teeth for optic cylinder insertion, potentially improving surgical outcomes. Additionally, his study on bimaxillary tooth positioners (2012) explored how material choice affects force delivery for canine malpositions. With a total of 34 citations across his most-cited works, Steineck’s research bridges orthodontic practice and surgical innovation, offering evidence-based insights for material selection and procedural refinement.