In our polymer additive manufacturing laboratory, complex shaped parts are produced using FDM, SLA and DLP technologies. Among the products produced are endodontic training models, applications such as female mold preparation.
In our metal additive manufacturing laboratory, three-dimensional complex geometries are fabricated using various metallic powders such as Co-Cr Mediloy, stainless steel and titanium alloys.
Various chip removal operations are carried out with the CNC Router in our machining laboratory. With the surface treatment method, lithography and various mold work can be done within certain limits. Thin sheet materials, aluminum blocks and wood can be processed with this method.
Many software programs are used in our digital design office. These software applications include image processing and editing, drawing/preparing products for 3D production techniques, and conducting various analyzes.
In our 3D imaging laboratory, studies are carried out to manufacture and/or reverse engineer parts with complex geometries. These studies enable the digital acquisition, processing and reorganization of the physical object/part.
In our circuit design laboratory, there are systems to examine various electronic artifacts and to organize electronic cards at simple levels. In addition, studies that will provide mobility to systems produced with 3D production methods can also be carried out.
In our neurophysiology engineering laboratory, brain/nerve signals are scanned, analyzed and transmitted with the help of various sensors and electrodes.
Bio-Mechanical Test Laboratory is a newly established laboratory where medical devices used in medical/dental applications will be tested.
