- Induction Motor: This advanced experimental device continuously generates and accumulates both positive and negative charges, producing a higher voltage output. It is ideal for use in electrostatic induction, lightning simulation experiments, and demonstrating tip discharge when combined with other instruments. - Experimental Equipment: Designed for various applications, including electric power line electrostatic fields, tip discharge experiments, and vacuum tube discharge demonstrations (compatible with Geisler tubes or Crookes tubes). - Durable Conductive Layer: The induction motor features a robust electric material coating that enhances longevity and performance. This innovative design addresses issues with traditional aluminum foil that may peel off, ensuring reliable electrification even in humid or rainy conditions. - Versatile Applications: - Generates high-voltage electrostatics for laboratory experiments. - Works seamlessly with other instruments to analyze charge distribution on conductor surfaces. - Suitable for educational demonstrations and research in electrostatics. - Key Attributes: - Function: Produces high-voltage electrostatic charges. - Compatibility: Works with various experimental setups and instruments. - Material: Enhanced coating for durability and performance. - Performance: Maintains effectiveness in diverse environmental conditions. This induction motor is a reliable choice for researchers, educators, and experimenters seeking to explore and demonstrate principles of electrostatics effectively.