T-M39 Magnetic Levitation Pen DIY Learning Kit

Explore Magnetic Levitation with the T-M39 Pen Kit

The T-M39 Magnetic Levitation Pen DIY Learning Kit is a hands-on educational tool that demonstrates the physics of magnetic levitation. Using permanent magnets and a simple alignment system, students can build a setup that makes a pen float and rotate in mid-air. This kit makes abstract magnetic concepts tangible and visually engaging.

How Magnetic Levitation Works

• Magnetic repulsion creates an upward force that counters gravity.
• Careful alignment of magnets produces a stable equilibrium point where the pen levitates.
• The kit highlights magnetic fields, repulsion, balance, and stability in a single demonstration.

Key Learning Outcomes

• Understand basic magnetism and magnetic field interactions.
• Observe repulsive forces and their role in levitation.
• Practice problem solving, measurement, and experimental adjustment.
• Gain experience with hands-on assembly and safe handling of magnets.

Features and Benefits

• Levitating Pen Display: Watch a pen float and spin freely without physical contact.
• STEM Focus: Designed for classroom demonstrations, science projects, and experiential learning.
• Easy Assembly: Pre-cut and pre-drilled components simplify setup for beginners.
• Durable and Reusable: Quality materials support repeated classroom use.
• Safe Materials: Non-toxic plastic or wood components paired with permanent magnets.

What Is Included

• Wooden or plastic base stand
• Magnetic supports and magnetic rings
• Levitation pen
• Central alignment rod for setup
• Assembly screws and fittings
• Instruction manual and assembly guide

Specifications

• Learning Focus: Magnetism, levitation, balance, and stability
• Material: Non-toxic plastic or wood with permanent magnets
• Assembly Type: DIY unassembled kit
• Skill Level: Beginner-friendly
• Operation Principle: Magnetic repulsion and alignment force balance

Assembly Tips and Safety

• Follow the instruction manual step by step for correct magnet alignment.
• Keep small magnets and screws away from young children; not suitable for ages under 3.
• Handle strong permanent magnets with care to avoid pinching fingers or damaging electronics.
• Test adjustments in small increments to find the stable levitation point.

Ideal Uses

• School STEM lessons and physics demonstrations
• Science fair projects and classroom experiments
• Home-based learning and curiosity-driven exploration

Note: Images are for illustration purposes only.