SERAMİK MALZEME VE CNC (BİLGİSAYARLI SAYISAL KONTROL) TEKNOLOJİSİ İLE TÜRKMEN TAKILARINA FARKLI BİR YAKLAŞIM
A DIFFERENT APPROACH TO TURKMEN JEWELRY WITH CERAMIC MATERIALS AND CNC (COMPUTERIZED NUMERICAL CONTROL) TECHNOLOGY

Summary/Abstract: The shaping of earth by human hands and the production of fired clay have not only given names to archaeological periods but have also reflected the cultural structures and developmental stages of successive civilizations. These practices, which have continued to the present day, hold a significant place within the scope of artistic production and innovation. Beginning with hand-forming techniques, ceramic production has evolved into more precise and repeatable processes through the integration of modern technological devices. Among these, Computer Numerical Control (CNC) technology stands out as a key innovation in industrial ceramic mold production, offering enhanced efficiency and precision. Jewelry design, which maintains its cultural relevance from antiquity to the present, demands refined shaping techniques, particularly in ceramic jewelry production. In this context, CNC-supported manufacturing enables faster and more accurate creation of intricate forms. As in other sectors, CNC devices play an active role in the ceramics field, especially in the production of small-scale, motif-rich, and high-aesthetic-value objects such as ceramic jewelry. This study aims to examine, implement, and evaluate a CNC-supported artistic production method for creating culturally significant, high-quality ceramic jewelry pieces—revealing their potential both in terms of aesthetics and craftsmanship.

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