Envoy 1728 Micromagnets

Engineered at 2.5 mm, a set of 1728 Micromagnets deliver precision, consistency, and Zen-grade performance in a compact form factor. Smaller than standard Neoballs, yet built to the exacting standards of Zen Magnets, these micro–spheres offer a challenging and highly controlled building experience for artists, designers, educators, and technical users.

Because of their reduced diameter, Micromagnets demand sharper focus and finer motor control. The payoff is a level of structural nuance, density, and geometric complexity not achievable with larger spheres. Their small size also makes them ideal for large-scale builds at lower material cost compared to full-size magnetic spheres.

Each Micromagnet is mirror-polished and finished with a high-quality NiCuNi coating for long-term durability. The neodymium core delivers strong, predictable magnetic pull, allowing for clean edges, stable joints, and reliable repetition of advanced structures. With proper handling, these spheres maintain their appearance and performance for years.

The end result: a compact, professional, precision-balanced building medium that rewards skill and expands creative potential.

Includes:

• 1728 Micromagnets (2.5 mm)
• 2 Magnetic Field Viewing Cards
• 130-Page Construction Guide
• Metal Building Plate

Micromagnets offer the same high-level material quality as Zen Magnets, scaled to a smaller format for advanced detail work. Their consistent tolerances (±0.02 mm) and polished finish make them suitable for technical demonstrations, tactile exploration, stress relief, and artistic construction.

The included Magnetic Field Viewer functions as both a separation tool and an educational aid, revealing field orientation at a glance. Use it to safely manage micromagnets and visualize magnetic behavior. Do not use the viewer with full-size spheres, as the pressure can damage the film.

High resistance to oxidation, corrosion, and wear. Durable coating engineered for long-term performance.

Exceptional size and shape precision. ±0.02 mm variance ensures uniform build behavior across every sphere.

Impact-resistant exterior designed to withstand repeated collisions, snapping, and structural adjustments.

Strong resistance to abrasion during shaping, rolling, kneading, and complex manipulation.