Induction-based static generation: Uses induction to generate abundant static electricity. With two electrophorus units, the charged system—especially the ball on the discharge fork with an insulated handle—efficiently accumulates different charges. Conductive plate: The conductive layer is coated with a firm conductive material, preventing aluminum foil from peeling off and delivering stable, long-lasting performance. Enhanced static generation: The improved static generating performance enables production of static electricity even in humid climates and on rainy days, providing functionality under various environmental conditions. Versatile experiment tool: Designed for electrostatic experiments, this static generator yields a substantial amount of static electricity and high voltage up to tens of thousands of volts. It can be used with other instruments to explore charge distribution on conductor surfaces, power lines, electrostatic fields, point discharge, and discharge of vacuum tubes. Use scenarios: - Classroom or lab demonstrations of induction and charge distribution using two electrophorus units and the insulated discharge fork. - High-voltage experiments to study electrostatic fields, charge distribution on conductors, power lines, point discharge, and vacuum-tube discharge in conjunction with other instruments. - Experiments conducted in humid or rainy conditions to observe reliable static generation despite environmental factors.