Magnetic 3D Field Demonstrator

Product Code : SCL-EI-10623

The 3D Magnetic Field Demonstrator from Lab Glassware Manufacturer, a scientific and educational equipment manufacturer based in Ambala, Haryana, India, since 1982, is a physics laboratory apparatus used for visualising magnetic field patterns around magnets in three dimensions. It is supplied to schools, colleges, and institutional buyers across India and exported to countries including Australia, New Zealand, Fiji, and Papua New Guinea as part of the company's Oceania science-education supply.

Quick answer: The 3D Magnetic Field Demonstrator lets students see that a magnetic field surrounds a magnet in three-dimensional space, not just on a flat diagram, making field lines, poles, attraction, and repulsion easier to understand than textbook drawings alone. It is used with compatible bar, horseshoe, or ring magnets under teacher supervision.

Key Features

• Three-dimensional demonstrator for visualising magnetic field patterns.
• Useful for teaching magnetic poles, field direction, attraction, repulsion, and field strength.
• Supports classroom demonstrations beyond two-dimensional magnetic field diagrams.
• Suitable for school physics labs, STEM kits, science fairs, and teacher demonstrations.
• Helps students connect magnetic field theory with visible experimental observation.
• Can be used with compatible magnets and magnetic-field teaching accessories.
• Designed for repeated supervised educational use in practical laboratory sessions.

Applications / Uses

• Demonstrating magnetic field patterns around magnets.
• Teaching north pole, south pole, attraction, and repulsion.
• Explaining magnetic field distribution in three dimensions.
• Supporting school physics experiments on magnetism and field-line concepts.
• STEM demonstrations for science fairs, project work, and classroom activities.

How to Use the 3D Magnetic Field Demonstrator

1. Place the demonstrator on a flat, stable, non-magnetic laboratory bench.
2. Keep strong magnets, steel tools, and electronic devices away unless required for the experiment.
3. Insert or position the compatible magnet as per the teacher demonstration plan.
4. Observe the visible three-dimensional field pattern formed around the magnet.
5. Compare the pattern for different magnet positions, pole orientations, or magnet types.
6. Remove the magnet after the activity and store all parts safely.

Safety note: Handle magnets carefully. Keep strong magnets away from phones, watches, magnetic cards, pacemakers, and sensitive electronic equipment.

Care & Maintenance

• Store the demonstrator in a dry, dust-free box after use.
• Clean transparent surfaces with a soft dry cloth to maintain visibility.
• Do not drop, shake forcefully, or expose the unit to excessive heat.
• Check magnets and accessories before each classroom demonstration.

Building a Complete Magnetism Teaching Set

The 3D Magnetic Field Demonstrator works well alongside other magnetism apparatus. Use it with a Neodymium Bar Magnet or a set of Cylindrical Magnets (One Pair) to generate the field being visualised, and pair it with a Transparent Compass 45 mm so students can confirm field direction at individual points around the same magnet.

Why Choose Lab Glassware Manufacturer

Lab Glassware Manufacturer supplies educational laboratory products for schools, colleges, universities, science laboratories, and institutional procurement projects from Ambala, Haryana, India, since 1982. The company supports laboratory glassware, physics apparatus, electronic teaching instruments, STEM models, and classroom demonstration equipment, exporting to Oceania including Australia, New Zealand, Fiji, and Papua New Guinea. Buyers can source the 3D Magnetic Field Demonstrator for school tenders, science kits, physics labs, and export-oriented educational supply requirements.

Frequently Asked Questions

What is a 3D Magnetic Field Demonstrator used for?
A 3D Magnetic Field Demonstrator is used to show magnetic field patterns around magnets in a three-dimensional form. It helps students understand field lines, poles, attraction, and repulsion.

Is this demonstrator suitable for school students?
Yes. It is suitable for supervised school physics and STEM experiments, especially for introductory lessons on magnetism and magnetic field behaviour.

Does the kit include magnets?
The magnet set is confirmed on the product listing, which shows the included magnets for the final approved kit configuration.

Can it show field patterns around different magnets?
Yes, it can be used with compatible magnets to compare field patterns. The suitable magnet types should be confirmed with the final product design.

Why is a 3D model better than a flat magnetic field diagram?
A 3D model helps students see that a magnetic field surrounds a magnet in space, not only on a flat surface, making field distribution easier to understand.

How should the demonstrator be stored?
Store it in a dry, clean box away from strong impact, dust, heat, moisture, and sensitive electronic devices.

Related Products

• Neodymium Bar Magnet
• Cylindrical Magnets (One Pair)
• Transparent Compass 45 mm

Request a Quote

For pricing, bulk school and institutional orders, or tender submissions for the 3D Magnetic Field Demonstrator, please contact us or visit our lab tender page.

Last updated: September 2026