Product Introduction

This product is a specialized, compartmentalized storage box designed specifically for cylindrical magnets of various specifications. Featuring an integrated multi-compartment structure, it precisely stores and separates magnets with diameters of 6 mm, 10 mm, 16 mm, and 20 mm, effectively preventing size mismatches, magnetic attraction between different-sized magnets, and loss. Its compact layout and anti-rollover design make it an ideal solution for organizing magnetic components on workbenches, in laboratories, or in DIY workshops.

Design Highlights

1. Precise Four-Compartment Partitioning: The box is equipped with four independent recesses of varying widths and depths, each precisely matched to the common magnet diameters of 6 mm, 10 mm, 16 mm, and 20 mm, ensuring accurate classification and storage.
2. Convenient Finger Grooves and Magnet-Ejection Slots: One side of the box features large, cut-out finger grooves for easy handling; each recess also includes a curved ejection notch at the end, allowing magnets to be easily removed with fingertips or tools.
3. Anti-Rolling and Anti-Magnetic-Attraction Design: The curved bottom of each recess securely holds cylindrical magnets in place, preventing them from rolling; adequate spacing between compartments effectively isolates the magnets, reducing the risk of cross-compartment attraction.
4. Compact Stacking and Side-Labeling: The flat, rectangular design facilitates stacking multiple storage boxes to save space. A labeled area on the side makes it easy to quickly identify compartments for different sizes.

Technical Specifications

• Compatible Magnet Sizes: Cylindrical magnets with diameters of 6 mm, 10 mm, 16 mm, and 20 mm (thickness typically ranges from 2 to 5 mm, depending on the depth of the recesses)
• Material: Suitable for common 3D printing materials such as PLA and ABS
• Overall Dimensions (estimated): Approximately 150 mm long × 80 mm wide × 15 mm high (exact dimensions can be determined based on the model file)
• Number of Recesses: Four independent, parallel recesses
• Design Features: Includes cut-out finger grooves, magnet-ejection notches, and side-labeling areas

Application Scenarios

• 3D Printing and DIY Workbenches: Organizes commonly used magnets of various sizes in printing projects, making them easy to access as needed and improving workflow efficiency.
• Electronic Repair and Model Building: Stores magnets used for housing fixation, sensor installation, and other purposes in a sorted manner, keeping the workspace tidy.
• Education and Experimentation: Used in physics classes or scientific experiments to help students clearly understand magnetic components of different specifications.
• Home Tool Organization: Stores various magnets in household toolboxes, preventing them from becoming scattered and disorganized.