Infrastructure
In our polymer additive manufacturing laboratory, parts with complex geometries are produced using FDM, SLA and DLP technologies. Applications include endodontic training models and female mold preparation.
Infrastructure
In our metal additive manufacturing laboratory, complex three-dimensional geometries are manufactured using various metallic powders such as Co-Cr Mediloy, stainless steel and titanium alloys.
Infrastructure
Various material removal operations are carried out with the CNC Router in our machining laboratory. Lithography and various mold works can be performed within certain limits using surface machining methods. Thin sheet materials, aluminum blocks and wood can be processed with this method.
Infrastructure
A wide range of software is used in our digital design office for applications such as image processing and editing, designing and preparing products for 3D manufacturing techniques, and conducting various analyses.
Infrastructure
In our 3D imaging laboratory, work is carried out to enable the production and/or reverse engineering of parts with complex geometries. This work allows physical objects and parts to be digitally captured, processed and redesigned.
Infrastructure
Our circuit design laboratory has systems for examining various electronic components and building basic electronic circuit boards. Work can also be carried out to add motion capability to systems produced with 3D manufacturing methods.
Infrastructure
In our neurophysiology engineering laboratory, studies are conducted on the acquisition, examination, analysis and transmission of brain and nerve signals using various sensors and electrodes.
Infrastructure
The Biomechanical Testing Laboratory is currently being set up and will be used to test medical devices for medical and dental applications.
29 September 2026
