Ömer Sahin Ganiyusufoglu

Bio: Ömer Sahin Ganiyusufoglu is an academic researcher. The author has contributed to research in topics: Machine tool. The author has co-authored 1 publications.

A Critical Evaluation of Current Machine Tool Designs in the Digitalized Global Production Networks

Abstract: Machine Tools are mother machines. They are necessary for the creation of any product. There is a correlation between machine tool capabilities and industrial achievements. The history shows that new innovative designs of machine tools led to remarkable technical as well as monetary results. Digitalization is changing our daily life in all aspects. A new “On demand economy” is coming up. No more an economy based on fixed plans is essential but an economy which is reactive to changes in daily life on time. Consequently also new production systems and machines are necessary for making it possible to adapt to new demands. This new era requires as well changes in machine tool design for taking benefit of the possibilities forwarded by digitalization. A paradigm change is necessary. In this paper a systematic review of machine tool developments will be given and requirements on up to date machine tools will be worked out. Finally, some examples for potential future design ideas will be presented.

Digital Model and Assembling of a Lathe

Abstract: The article aims at developing a digital model of a lathe and the related technology for its assembling. The study is based on analyzing the service purpose and technological capabilities of modern modular machine tools, justification and development of the machine tool design according to the specified production conditions, and development of a technological process for assembling the proposed modular machine tool. The geometric modeling techniques and the design documentation were implemented to justify the rational choice of design parameters of the machine tool design and its spatial model. The proposed approach also considers structural elements and the relationships between them. As a result, a conceptual approach was proposed to design technological processes of lathe assembly with a wide range of technological capabilities. It allows implementation of the up-to-date strategy from idea to finished product at industrial enterprises. The practical significance of the obtained results for the machine-building industry is in the proposed practical recommendations for developing the technological process for assembling lathes.