Shopping Cart

Your cart is empty.

Your cart is empty.

DIY Electromagnetic Accelerator Cyclotron Electrical and Magnetic Induction Circular Motion of Iron Ball Coil Magnetism Physics Experiment Scientific Equipment

Free shipping on orders over $29.99

$69.99

$ 27 .99 $27.99

In Stock
  • This DIY physics model lets users experience the process of electromagnetic acceleration first-hand, making it perfect for STEM education and classroom teaching.
  • Mechanical structures include brackets, guides, and transmission devices to support and guide the movement of iron balls.
  • The control system is responsible for adjusting the intensity and direction of the current to control the magnitude and direction of the magnetic field and force, ultimately achieving the circular motion of the iron ball.
  • Open track, easy to get started, only need to dial by hand to run, fast response, intuitive.
  • The back wood plate is the base plate, the support position is connected with the card buckle, the overall structure is sturdy and durable.


Electromagnetic accelerators can be used to achieve circular motion of iron balls. The principle is to use the force of magnetic field and current to accelerate the rotation of the iron ball. Specifically, electromagnetic accelerators typically contain one or more coils and magnets inside. When current passes through a coil, a magnetic field is generated around the coil. At the same time, the function of a magnet is to enhance or weaken the magnetic field strength, thereby accelerating or decelerating the iron ball under different forces.
Specification:
Name: Electromagnetic Accelerator Model
Material: wood+electronic parts
Size: 16cm*16cm*7cm
Shipping Form: Default assembled finished product
Instructions for Use: Use of Electromagnetic Accelerator Model Power Supply
DC power supply above 12V, maximum voltage not allowed to exceed When using a 12V power supply over 24V, the rated output power of the power supply The flow cannot be lower than 1A, and the power interface is 5.5-2.1mm gauge Grid, positive inside and negative outside, reverse circuit burnt out. No more than three small balls can be placed at the same time, too many small balls The ball will make the charging part unable to complete the charging process, resulting in small Ball collision. When this device operates stably, the ball is generally one Number.