Magnetic Levitation with Magnet (PID Ultrasonic Sensor)
ID: 28618
$2.89
3D Model Details
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Texture: No
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Multipart model: Yes
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File format: stl
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File size: 43.52 KB
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Upload date: 03/10/2026
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Last update: 03/10/2026
Description
This is the 3D printed structure for an advanced Magnetic Levitator.
The design is built to house an electromagnet and a 9mm neodymium magnet. To achieve stable levitation, this frame must be combined with an analog PID controller circuit and an analog ultrasonic sensor.
This uses Opamp TL081, resistors, capacitors and a Sharp IR 4-10 cm sensor
See a similar project in action: https://www.youtube.com/shorts/VxIV2gA0G80
Recommended Analog PID Circuit (by Dr. Aurelio): https://www.youtube.com/watch?v=gR9TYcK5nzY
This project is ideal for students, makers, and anyone interested in physics and control systems.
Printer: FDM
Layer Height: 0.28 mm
Speed: 130 mm/s
Nozzle Temperature: 230°C
Bed: 80°C
Material: PETG (Required)
The design is built to house an electromagnet and a 9mm neodymium magnet. To achieve stable levitation, this frame must be combined with an analog PID controller circuit and an analog ultrasonic sensor.
This uses Opamp TL081, resistors, capacitors and a Sharp IR 4-10 cm sensor
See a similar project in action: https://www.youtube.com/shorts/VxIV2gA0G80
Recommended Analog PID Circuit (by Dr. Aurelio): https://www.youtube.com/watch?v=gR9TYcK5nzY
This project is ideal for students, makers, and anyone interested in physics and control systems.
Printer: FDM
Layer Height: 0.28 mm
Speed: 130 mm/s
Nozzle Temperature: 230°C
Bed: 80°C
Material: PETG (Required)
Tags
- science
- controller
- magnetic
- arduino
- electronics
- 3d-printed
- project
- diy
- physics
- magnet
- engineering
- maker
- Levitation
- sensor
- levitator
- pid
- ultrasonic
- electromagnet
- neodymium
- 9mm
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