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Ovaj završni rad bavi se tematikom obradnih centra u proizvodnji medicinskih implantata. U uvodnom dijelu navedeni su suvremeni zahtjevi tržišta i proizvodnje, prikazana je podjela obradnih strojeva s obzirom na tehnološki prostor te su navedene glavne karakteristike medicinskih implantata. U nastavku je dan opis obradnih centara, njihov povijesni razvoj, glavne značajke i prikazani su osnovni moduli obradnih centara. Detaljno su opisani tokarski obradni centar Tornos EvoDECO 16 i glodaći obradni centar HAAS VF-2SSYT u vlasništvu tvrtke Eonex d.o.o. koja se bavi proizvodnjom medicinskih implantata na obradnim centrima. U završnom dijelu rada, opisan je cjeloviti proizvodni proces izrade odabranog implantata, od samog dolaska sirovca u skladište, strojne obrade, završne obrade i kontrole, do pakiranja i isporuke gotovog proizvoda. This bachelor thesis delas with machining centers in the production of medical implants. In the introduction, the modern requirements of the market and production are listed, and the division of machine tools with respect to the technological space and the main characteristics of medical implants are shown. In further parts, a description of machining centers, their historical development, main features and basic modules of machining centers are given. Tornos EvoDECO 16 turning machining center and HAAS VF-2SSYT milling machining center owned by Eonex d.o.o., a company that produces medical implants on machining centers, are described in detail. In the final part of the paper, the complete production process of implant production is described, from the arrival of the raw material in the warehouse, machining, finishing and control, to packaging and delivery of the finished product.

U ovome završnome radu opisan je princip rada Mill turn u SolidCAM-u te su na primjeru objašnjeni i koraci samog rada. U uvodnom poglavlju navedeni su događaji koji su rezultirali razvitku numeričkog upravljanja alatnih strojeva te pojavi prve glodalice. Daljnjim razvojem strojevi su upravljani računalno pa se razvija CNC (engl. Computer Numerical Control) te isto tako i glodalice s više osi. Drugi i treći dio rada opisuju početke numeričkog upravljanja i razvoj CNC upravljanja. Također je opisan razvoj alatnih strojeva u Hrvatskoj te prve tvornice istih. Nadalje, u radu su opisane karakteristike obradnih centara te je prikazana osnovna podjela s obzirom na vrstu obrade. Zatim je detaljno opisan svaki od njih. Završna poglavlja razrađuju pojam Mill Turn u SolidCAM-u te zašto se on danas sve više koristi. Opisan je računalni program za modeliranje SolidWorks te softver za programiranje unutar njega SolidCAM. U SolidWorksu je najprije korak po korak detaljno opisano 3D modeliranje ispitnog zadatka. Kasnije je kroz dva stezanja i operacije tokarenja, glodanja i bušenja prikazano programiranje tog istog zadatka u programu SolidCAM. Na kraju su prikazane simulacije obrade. In this final paper, the working principle of the Mill turn in SolidCAM is described and the steps of the work are explained on an example. The introductory chapter lists the events that resulted in the development of numerical control of machines and the appearance of the first milling machine. With further development, the machines were controlled by computer so CNC (Computer Numerical Control) was developed, as well as multi-axis milling machines. The second and third parts of the paper describe the beginnings of numerical control and the development of CNC control. The development of machines in Croatia and their first factories are also described. Furthermore, the paper describes the characteristics of machining centers and presents the basic division with regard to the type of machining. Each of them is then described in detail. The final chapters elaborate on the term Mill Turn in SolidCAM and why it is increasingly used today. The computer modeling model SolidWorks and the software for programming inside it SolidCAM are described. In SolidWorks, 3D modeling of the test task is first described in detail step by step. Later, through two clamps and turning, milling and drilling operations, the programming of the same task in SolidCAM was shown. Finally, processing simulations are presented.