The present invention is related to a novel fabric care appliance, the "Multi-Coil Induction-Based Cloth Iron with Advanced Cooling and Electronic Control System," designed to revolutionize the ironing experience. Conventional electric irons, relying on resistive heating elements, have inherent limitations related to uneven heat distribution and potential safety hazards. Induction-based irons, while promising, have faced their own set of challenges, including optimizing heating efficiency and enhancing user safety. The presented invention addresses these challenges through a comprehensive solution. It incorporates four separate induction coils strategically positioned within the iron's soleplate, ensuring precise and uniform heat distribution for efficient and damage-free ironing. Electromagnetic induction enables rapid heating, reducing waiting times and energy consumption. To bolster user safety, an advanced cooling fan system dissipates excess heat, preventing overheating accidents. Moreover, the electronic control system offers precise temperature management and customizable settings for various fabric types. This innovation leads to enhanced efficiency, user safety, and energy conservation. The "Multi-Coil Induction-Based Cloth Iron" has the potential to transform ironing practices in both household and industrial contexts, offering a superior, customizable, and eco-friendly solution for fabric care.