Overview This 3D model is a compact, low-profile paper towel holder designed for integration with the pegboard part of a multiboard system, a modular organizer featuring a grid of circular holes. The holder securely accommodates standard paper towel rolls, enabling easy dispensing. Its minimalist, flat design prioritizes space efficiency while ensuring stability on the multiboard pegboard grid. The axle, a key element, is a cylindrical rod with a smooth, rounded end for easy handling and roll insertion. Specifications

Dimensions: X: 253.78 mm (width) Y: 249.69 mm (depth) Z: 5.85 mm (height)

Material: Recommended for 3D printing with PLA or PETG for durability and lightweight construction. Mounting: Compatible with the pegboard part of a multiboard system, featuring a grid with standard 50 mm x 50 mm hole spacing and circular holes approximately 10 mm in diameter. Roll Compatibility: Designed for standard paper towel rolls (up to 240 mm length, 120 mm diameter). Axle Details: The axle is a cylindrical rod (approximately 14 mm diameter, 245 mm length) with smooth, rounded ends for safe handling and easy roll insertion.

Functionality

Mounting: The holder attaches to the multiboard pegboard by inserting integrated pegs into the grid’s circular holes, providing tool-free installation. Dispensing: The axle allows smooth rotation of the paper towel roll for easy tearing, with balanced friction to prevent unraveling.

Printing Recommendations

Layer Height: 0.20 mm to balance precision and print speed for the thin Z-height and notch details. Infill: 25% to provide sufficient strength for the low-profile structure. Supports: Supports are needed due to overhangs in the notches to ensure proper formation during printing; orient the model with the base flat on the print bed. Print Time: Approximately 30 minutes on a standard FDM printer (e.g., Ender 3) at 60 mm/s.

This 3D model offers a sleek, efficient solution for organizing paper towels within a multiboard pegboard system, ideal for compact kitchens, workshops, or utility spaces.