This 3D model depicts a practical and print-optimized hammer holder. Its design prioritizes ease of manufacturing on virtually any FDM 3D printer.

The holder consists of a flat rectangular back plate, designed for direct contact with the print bed, ensuring excellent adhesion and a stable foundation during printing. Integrated into the back plate are two countersunk mounting holes, facilitating easy and flush attachment to a wall or surface after printing.

Extending horizontally forward are two robust arms, shaped to cradle the handle of a hammer. Crucially for 3D printing, these arms are designed with minimal complex overhangs. The slight upward angle and simple profiles of the arms, along with the chamfered ends, significantly reduce or entirely eliminate the need for support structures during the printing process. This simplification is key to its broad compatibility with various 3D printers and reduces post-processing effort.

The straightforward geometry and absence of intricate details contribute to a reliable print, minimizing potential points of failure during deposition. This design effectively balances functionality with optimal printability, making it an ideal model for easy reproduction on a wide range of 3D printing equipment.