Boxory Square – Cube Modular Magnetic Acrylic Display Case with LED Lighting

Bring your collectibles into perfect balance with Boxory Square — a cube-shaped acrylic display case designed for collectors who want equal space in every direction. Built as a modular magnetic display case, Boxory Square is ideal for showcasing statement pieces, dioramas, and collectibles that deserve room to breathe both vertically and horizontally.

Modular & Stackable Design
Designed around a perfect cube form, each Boxory Square modular acrylic display case connects securely using hidden magnetic assembly and stacks cleanly in every direction. Build a symmetrical showcase wall, stack vertically for dramatic height, or use a single cube as a centerpiece. This modular magnetic display case system adapts naturally to shelves, walls, and open spaces.

No screws. No glue. No tools. Boxory Square uses precision-aligned neodymium magnets to ensure fast, secure magnetic assembly, allowing you to rearrange or expand your stackable display case system without disrupting your display.

With integrated LED modules, Boxory Square becomes a refined LED display case that evenly illuminates your collection from every angle. Choose warm or cool lighting to enhance depth and detail, whether displayed on a shelf, desk, or as part of a larger cube display wall.

Constructed from premium UV-resistant acrylic, Boxory Square keeps your collectibles crystal clear while helping minimize dust buildup. The cube structure maintains visual balance and long-term clarity, creating a clean, modern acrylic display case for collectibles.

Personalize each side of your display with swappable background panels. Boxory Square supports custom prints, giving you a display case with custom background that adapts easily to different themes, collections, or room styles.

From designer toys and action figures to dioramas and centerpiece collectibles, Boxory Square offers a cube-based display solution that balances space, structure, and modular flexibility in one cohesive system.