About this 3D model

Project Objective: To create a perpetual desktop calendar with a modern design, printable in 3 hours using a steel or bronze effect filament for the main structure. The lettering will be printed using reverse printing technique, while only the month slider will be magnetic. Recommended Materials: Steel or bronze effect filament for the main structure. Black filament for the lettering with reverse printing. Red or yellow filament for the magnetic month slider. Main Features: Elegant Design: The calendar will have a modern and appealing design, suitable for any desktop environment. Perpetual Calendar: Designed to accurately indicate days, months and years without the need for updates. Magnetic Month Slider: Only the month slider will be equipped with a magnet, ensuring accurate positioning. Contrasting Colors: The sliders will be printed in a contrasting color, such as red or yellow, for easy readability. Implementation Phases: 3D Design: Use 3D modeling software to create the calendar structure, including the magnetic month slider and spaces for days and years. Separate Prints: Divide the project into separately printable components to simplify the printing process. Reverse Printed Lettering: Apply the reverse printing technique for lettering, ensuring a high-quality finish. Magnet on Month Slider: Accurately place a magnet on the month slider during the assembly phase. 3D Printing: Use a 3D printer to print each component of the calendar with the recommended filaments. Assembly: Assemble the various parts of the calendar, ensuring that the month slider moves freely and accurately thanks to the magnet. Functionality Verification: Verify that the perpetual calendar functions correctly, allowing for easy adjustment of days, months and years. Finishing and Presentation: Add any decorative details or finishing touches, and present the calendar in a printable and distributable format. Additional Notes: Ensure that the project dimensions are ergonomic for practical desktop use. Clearly document the assembly process and provide detailed instructions for the user. Consider the option of customization with distinctive details, if desired.