A few years ago, while examining a patient’s condition to continue treatment, we came across a special case. The treatment assistant showed a lingual molar that needed to move and correct the occlusal surface. Taking into account the principles of biomechanics and next to the dental unit, I designed a loop in which the patient used and got the answer. This design was used again and finally this design was analyzed using the finite element method and compared with the other two proposed methods and the superiority of that method is shown.

This article was published in the Australian Journal of Orthodontics

AOJ 2008 Nov. 24 (2): 96-101

This news was written to remind me that biomechanics can be used not only to express a series of mathematical and mechanical relationships in the test clinic, but also in everyday life and the problems that arise.