Magnetic dampers
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Product Code : SCL-PLE-10422
Magnetic Dampers from Lab Glassware Manufacturer are physics laboratory accessories used for demonstrating eddy-current damping, magnetic braking and non-contact resistance to motion.
Quick answer: Magnetic dampers use eddy currents induced in a moving conductor to oppose its motion without physical contact, letting students observe Lenz’s law and magnetic braking directly.
| Specification | Detail |
|---|---|
| Product Name | Magnetic Dampers |
| Damping Principle | Magnetic damping / eddy-current damping demonstration |
| Brand / Supplier | Lab Glassware Manufacturer |
| Category | Physics Lab Equipment – Magnetism and Motion Accessories |
Visualizing Electromagnetic Induction
Because magnetic damping acts without physical contact, students can clearly see resistance to motion appear only when a conductor moves through a magnetic field, reinforcing Lenz’s law. This complements oscillation-based experiments using the Pendulum Ball (Iron, 25 mm) for comparing damped and undamped motion.
Frequently Asked Questions
Q: What does a magnetic damper demonstrate?
A: It demonstrates eddy-current damping and magnetic braking, showing how a moving conductor experiences resistance from an induced magnetic field without physical contact.
Q: What physics concept does this relate to?
A: It relates to electromagnetic induction and Lenz’s law, core topics in physics courses on magnetism.
Q: Is this suitable for school and college physics labs?
A: Yes, it is designed for schools, colleges and STEM laboratories teaching electromagnetic induction and motion damping.
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Last updated: September 2026
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