A magnetic wheel is a device that uses the principle of interaction between the attraction and repulsion of magnets to achieve non-contact power transmission. It is widely used in production lines that do not allow fine impurities to drive products in a non-contact state.
The main uses of magnetic wheels include:
Application in a clean environment: Since magnetic wheels work in a clean environment, they can be widely used in production lines that do not allow fine impurities to drive products in a non-contact state, avoiding the dust problem generated by traditional friction-driven mechanical gears.
Non-contact transmission device: As a non-contact transmission device, magnetic wheels can replace traditional mechanical gears. They have the advantages of high transmission capacity and no noise and are suitable for various occasions that require non-contact power transmission.
Application in specific industries: Especially in the fields of vacuum machines, electronic products, chemistry, medicine, food, etc., the use of magnetic wheels can effectively avoid impurity pollution and improve product quality.
The composition of the magnetic wheel is mainly composed of a ring-shaped multi-pole magnetic ring of a neodymium iron boron permanent magnet, and the inner shirt aluminum, iron, or plastic bracket is bonded by a special metal glue to form a magnetic wheel finished product. This structure enables the magnetic wheel to work stably in various environments and meet the needs of different industries
Application: Wall climbing robot can be used for inspection inside pipelines, ship decks, large steel bridges, oil and gas pipelines, and carry repair tools to repair defects.
Advantages
It has strong adsorption ability and can move on the surface of ferromagnetic materials.
Simple structure, beautiful appearance, low production cost.
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