magnetvõllid

Magnet võllid, often translated as magnetic shafts or magnet rollers, are components used in various mechanical systems where magnetic forces are utilized for their function. These shafts typically incorporate permanent magnets or electromagnets within their structure. Their primary purpose can range from attracting and holding ferrous materials to driving or controlling other moving parts through magnetic interaction.

In some applications, magnet võllid act as a simple means of conveying or sorting metallic objects. As these objects come into proximity with the magnetic shaft, they are attracted and held, allowing for controlled movement. This can be seen in conveyor belt systems, sorting machinery, or even in simple pickup tools.

Beyond attraction, magnet võllid can also be involved in rotational or linear actuation. By strategically placing magnets, they can create torque or linear force when interacting with other magnetic elements or ferrous materials. This principle is employed in certain types of motors, magnetic couplings, or braking systems where contactless force transmission is advantageous. The design and strength of the magnets, along with the materials used in the shaft's construction, are crucial factors determining the performance and application of magnet võllid. They are valued for their durability, low maintenance requirements, and ability to operate in environments where traditional mechanical linkages might be impractical.