Description:The AI-driven Smart Pottery Manufacturing System is an advanced, automated solution that uses AI, IoT, and robotic automation to optimize traditional pottery-making while preserving its values. All production phases, starting from soil preparation to shaping and kiln drying, ensure efficiency and consistency. Soil mix with a corresponding amount of water is accurately pre-programmed by an AI algorithm that guides preparation. Robotic arms achieve the desired shapes and patterns accurately and as close to traditional handmade pottery as possible. Smarter, IoT-enabled sensors monitor humidity and temperature continuously and, using that data, improve the drying and curing process in a smart kiln. This innovation combines cyber-physical systems, smart process control, and advanced manufacturing techniques. It enhances productivity, reduces labor dependency, and allows for high-quality output while maintaining the traditional craftsmanship. This system brings to life potter-making in the most innovative manner in such a way that it becomes more sustainable and adaptable to modern demands. , Claims:• It brings artificial intelligence and the Internet of Things for the automation of the pottery-making process.
• The input chamber is built with autonomic devices in which accurate mixture of soil and water is prepared. so that a consistent starting material can be produced.
• The processing chamber consist a rotating base and variable robotic knobs to precisely form and shape the pottery.
• It provides ability to designs and patterns with flexibilities through AI.
• The system is implemented with a cutting mechanism for easy separation of the product.
• Includes a water spray system, which is regulates the moisture within the clay during its formation stage.