3D Designing of dental components for Dental Teacher KaVo
DRSK has contributed to the upgrade of KaVo’s virtual teaching system, Dental Teacher, by designing pulp component for its existing virtual teeth. This allows a better assessment of students’ practice of tooth preparation by providing the additional index of proximity to the virtual pulp.
3D Designing of a virtually prepared tooth for Image Navigation
DRSK has designed a PFM crown preparation pattern which matches the specified tooth in the company’s virtual learning system. This design can be used as a guideline for students while practicing similar procedure.
3D Designing and manufacturing of special tooth models for Kerr
DRSK has designed and produced a customized endo tooth model to demonstrate Kerr’s proprietary irrigation system. The shape of the model as well as the diameter of the represented canal were adopted to the properties of this particular irrigation equipment. In result, the model is capable of fully demonstrating the function of this equipment.
3D Designing and manufacturing of a tooth model with a double-curved canal for Coltene
On the basis of the data provided in an academic paper by Dr. Antonis Chaniotis, DRSK has designed and produced a complex endo tooth model which comes with an apical root dilaceration and a canal with two curves in opposite directions. With the complexity of its internal anatomy, the model can be used in advanced post-graduate courses for enhancement of clinician’s skills in dealing with complicated cases.
3D Designing and manufacturing of complicated tooth models for a German University
DRSK was commissioned to design and produce endo models featuring variations and complexities beyond most common situations. Using the models broadens the preclinical experience of the students and challenges them to build up skills needed for treating more complicated cases.
3D designing and manufacturing tooth models for a research conducted in a Korean University
DRSK accomplished an assignment for designing and producing endo models used for an in vitro study of Weine type II canals, which involved use of apex locators to identify the merging point of two canals.
3D designing and manufacturing tooth models for a research conducted in an Italian University
DRSK designed and produced special endo models with canals enlarged to a specified width and taper. These fully transparent models were used for a study focused on visualizing activated irrigation.
3D designing and manufacturing tooth models for a research conducted in a Slovenian University
According to received information, DRSK designed and manufactured custom-made fully transparent endo models for an academic study. The aim of the study was to investigate fluid dynamics of irrigants in the root canal space which has been shaped to specified sizes.
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