Micromags Cubes

Micromags Cubes

Regular price $22.00
/
Shipping calculated at checkout.

Only 6 items in stock!

Highlights

  • What’s Included: 9 microMAGS Cubes in assorted colors and a storage case
  • What Makes It Unique: The MAGNA-TILES microMAGS Cubes features 8 magnets per cube, delivering strong connections, frustration-free stacking, and exciting new building possibilities that go beyond traditional blocks.
  • Made With Purpose: MAGNA-TILES sets are rooted in research on 21st century skills and are designed to deliver Meaningful Play experiences that are fun and engaging, experience-based, child-led, and truly developmental—helping kids build confidence as they build their world.
  • Developmental: Encourages storytelling, creativity, and design thinking as kids plan their open-ended builds and creative new ways to add Cubes to their existing sets. Supports spatial reasoning, problem-solving, and fine motor skills while they experiment with structure, symmetry, and pattern using microMAGS tiles.
  • Great for Gifting: A perfect pick for holiday gifting, winter travel, or any time of year for kids ages 2+ who love pretend play, festive themes, and building on the go.
  • More to Explore: Add the microMAGS Cubes to Travel Sets, Pet Playhouse, Police Station, Fire Station, Rail Racers, and Classic MAGNA-TILES sets to unlock even more building potential and expand the fun from one tiny gingerbread cottage to an entire seasonal village.
  • Always Compatible: All pieces are compatible with and complement other MAGNA-TILES sets, so kids can mix and match tiles and accessories to build bigger every time they play.
  • Safety Guaranteed: All pieces are built to withstand countless builds and rebuilds, with a lattice structure that helps resist cracking and secure fastening rivets that keep magnets safely inside.
  • Superior Quality: Pieces are made from food-grade, non-toxic MABS plastic that’s free from BPA, phthalates, and latex, with kid-friendly magnets that make it easy for little hands to build sturdy structures and pull them apart again.