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Floor 1-2, Building 4, No.1628 Lizheng Road, Lingang New Zone, Shanghai
Floor 1-2, Building 4, No.1628 Lizheng Road, Lingang New Zone, Shanghai
Magnetic drive motors are motors of a specific kind that send power to one part of a motor through magnetic power to another, without any movement taking place. These motors are cooler because they can work in places that regular motors can’t, such as under water, or in very hot or very cold places.
But what’s so fun about the magnetic-bonding motors from MagLand is just how they use magnets to conduct the madness. Magnets are unique because they have a north pole and a south pole that can either attract or repel each other. In a magnetic coupling motor, magnets at one end of the motor pull on magnets at the other end of the motor, allowing them to spin without touching and transmit power.
The moment you power on a magnetic coupling motor from MagLand, magic begins. Inside the motor, magnets on one side generate a magnetic field, which interacts with magnets on the other side, causing them to spin and transfer power. This is actually pretty nifty because it allows the motor to operate completely without physical connection between the two parts.
There are many advantages of MagLand magnetic coupling motors. One of the greatest benefits is that they can operate where regular motors cannot. Since they have no touchy parts, they can work in extreme hot and cold places — and underwater! That makes them ideal for all sorts of cool applications.
MagLand’s magnetic coupling motors are versatile. They can often be found in pumps and mixers, which are used to transfer power between a motor and the thing that it’s powering without the need of connecting them physically. They can be used in medical devices as well, where touch is avoided to hinder contamination. MagLand’s magnetic coupling motors are also suitable for electric cars, where the technology can assist in the efficient and quiet transfer of power.
Here at MagLand, we never stop trying to improve our magnetic coupling motors. We're always researching new methods to increase performance and reliability of our motors. One exciting development is the switch to neodymium magnets which are super strong and can transmit power more efficiently. We’re also striving to make our motors more and more miniaturized, so that they can be used in even more applications.
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