Research and development in the field of production technologies with an emphasis on the application of modern procedures and approaches in their design, rationalization and optimization with the use of modern SW systems (e.g. SolidCAM, SolidWorks, CATIA, etc.), to achieve a comprehensive solution of the proposed production technology.
Technological research and development in the field of tools and fixtures for machining with an emphasis on high durability and reliability of the designed solution. Structural designs, FEM calculations, flow simulation, recording of the machining process using a thermal camera and high-speed camera, as well as complete diagnostics of the cutting process (e.g. measurement of cutting forces, vibrations, wear, acoustic emissions, etc.) are an integral part, which serve both for the design, as well as for the subsequent validation of the designed tool or preparation.
Comprehensive research and development of new machining practices with a focus on increasing productivity and reliability in the machining process. Realization of functional samples on the basis of supplied documents, possibly designed according to the client's input requirements.
Research and development in the field of NC machine programming with an emphasis on the use of progressive machining methods (e.g. iMachining, trochoidal machining), adaptive control, software optimization of NC code with the Eureka for Chronos tool, machining of difficult-to-machine materials, etc. Implementation of automatic programming in manufacturing companies. The possibility of creating machining technologies according to the customer's specifications.