Desktop Mini Tesla Coil

Ignite Curiosity with The Desktop Tesla Mini Coil
Unleash the power of high-frequency physics right on your desk. This Tesla Mini Coil is a portal into the world of wireless energy and high-pressure plasma. Designed for students, hobbyists, and science enthusiasts, this compact transformer brings the legendary experiments of Nikola Tesla to life with stunning visual clarity.
The Science of Spark
Operating on the principle of resonance, this "resonance transformer" amplifies low-voltage signals into high-frequency, high-temperature plasma. Witness the raw beauty of electricity as it forms "wonderful arcs" and violet sparks that dance at your fingertips.
Key Features & Capabilities
Wireless Power Transmission: Experience the future of energy. This coil creates an electromagnetic field capable of illuminating fluorescent lamps and neon bulbs—no wires required!
High-Pressure Plasma: Observe the intense energy of high-temperature plasma arcs, perfect for classroom demonstrations or home laboratory experiments.
Interactive Learning: Conduct dozens of fascinating scientific experiments, from exploring electromagnetic induction to studying ionized gases.
Ultra-Compact Design: A miniature powerhouse that fits in the palm of your hand, making it the perfect centerpiece for any STEM workstation.
Power Specifications
To get the most out of your experiments, ensure you are using the correct power input:
Start-Up: Can be powered by a standard 9V battery for basic functions.
Peak Performance: For full arc generation and sustained plasma displays, a 12V input is required.
Safety Note: As this device produces high-temperature plasma and electrical arcs, it should be used under adult supervision and kept away from sensitive electronic devices (like smartphones or pacemakers).3
Why Choose the Tesla Mini Coil?
Whether you’re looking to inspire a young scientist or add a touch of "mad scientist" aesthetic to your office, this coil delivers. It turns complex physics into a tactile, visual experience that words alone cannot describe.