This microwave is a highly detailed design that closely replicates a real, fully functional microwave, with careful attention to both mechanical and electrical components. Each part of the microwave was meticulously designed to comply with standard manufacturing practices, and every material was selected based on the real-world properties of the object it represents. The outer casing is made of polished aluminum, giving it a realistic metallic finish, while the buttons are crafted from rubber, providing a tactile and functional appearance. The power cord is designed according to standard USA electrical regulations and is composed of copper wiring encased in protective rubber. Inside the microwave, the magnetron, which is the component responsible for generating heat, is constructed from copper and aluminum, reflecting the materials used in real microwaves. Additional electronic components, including a capacitor and transformer, are also included, along with a fan system designed to circulate air efficiently and prevent overheating.

The rotating plate, an essential part of the microwave, is supported by three precision bearings to ensure smooth rotation. A stepper motor drives this rotation, ensuring consistent heating across the food. Underneath the plate, there are three temperature sensors positioned strategically to calculate the average temperature of the chamber. These sensors are linked to the microwave’s control logic, allowing the system to automatically shut off if the temperature exceeds a safe limit, adding an important safety feature. Furthermore, the design includes mechanical killswitches integrated into the door hinges, so that opening the door during operation immediately disables the heating system, preventing any risk of injury or exposure to microwaves.

The door itself is carefully engineered to be both safe and functional. It includes hooks along the outer edges to ensure proper alignment and secure closure, and the inner door surface is protected by a combination of thin glass and plastic layers to prevent microwaves from escaping. This attention to detail ensures both realism and safety in the design. The microwave also features a comprehensive set of control buttons, each modeled to represent the real options available on commercial microwaves. These include buttons for specific food presets such as pizza and popcorn, as well as time-based controls like a 10-minute button, a 1-minute button, and a 10-second button. Additional buttons allow users to cancel an operation, adjust the power levels, or start the microwave, giving a fully interactive appearance.

Overall, this design not only represents the physical components of a microwave but also incorporates the functional logic that governs its operation. Every mechanical, electrical, and safety feature has been carefully considered, from the precise placement of the temperature sensors to the realistic materials used for each part. The combination of a detailed outer casing, realistic buttons, a spinning plate with bearings, and safety mechanisms like killswitches and temperature shutdown ensures that the model accurately reflects how a real microwave works. This comprehensive approach makes the design suitable not only as a visual model but also as an educational tool to demonstrate the inner workings and safety features of modern microwave ovens.