Powerful electromagnetic suction cup for milling

Strong electromagnetic suction cups are used in conjunction with various milling machines and planers for milling and planing. Strong suction force, safe and reliable use, very convenient for locating workpieces that are not suitable for mechanical clamping. The XF91 series products can prevent milling tools from magnetizing and improve machining accuracy. Suction force ≥ 160NCM ². For grinding machines that require strong suction force to process workpieces, milling with strong electromagnetic suction cups can also be used in conjunction.
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RCDD series self-dumping electromagnetic iron deductor

The RCDD series self dumping electromagnetic iron remover is used for removing iron from any material in front of the crusher and on the conveyor belt, and can be applied to various harsh environmental conditions. The magnetic circuit adopts computer simulation design, with a large magnetic penetration depth and strong magnetic force. Internally, it is made of electrical specific resin casting, with a self cooling fully sealed structure that is dustproof, rainproof, and corrosion-resistant. Automatic iron unloading, easy maintenance, drum shaped structure with belt automatic correction function, specially designed fully sealed bearing seat, can achieve long-term trouble free operation. The product has good compatibility, complete rectification equipment functions, manual and centralized control functions, and can meet the requirements of various occasions. Can effectively absorb 0.1-35 kilograms of ferromagnetic substances mixed in non-magnetic materials
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RCYB series suspended permanent magnet iron deductor

The RCYB series suspended permanent magnet iron remover adopts a composite magnetic system composed of special permanent magnets such as neodymium iron boron with high coercivity and high remanence inside. It has the characteristics of maintenance free, strong magnetic force, long service life, simple installation, convenient use, and reliable operation, and is suitable for removing iron from non-magnetic materials on belt conveyors, vibrating conveyors, electromagnetic vibrating feeders, and discharge chutes. Remove 0.1-35 kilograms of ferromagnetic material, with an internal permanent magnet system service life of over 10 years. When the permanent magnet adsorbs a large amount of ferromagnetic material, it can be manually removed with a non-magnetic scraper or gloves, which is suitable for continuous work and situations with low iron content.
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RCYD (C) self-dumping permanent magnet iron deductor

The RCYD (C) series self dumping permanent magnet iron remover is composed of high-performance permanent magnet cores, scrap iron belts, reduction motors, frames, rollers, and other parts, and is used in conjunction with various conveyors. Used for automatically removing ferromagnetic substances weighing 0.1-35 kilograms from non-magnetic materials. The internal magnetic circuit adopts computer simulation design and a perfect dual pole structure to ensure the long-term operation of the whole machine without faults in harsh environments.
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Special electromagnetic suction cup for knife sharpener

The XZ11 rotary electromagnetic suction cup has a calibration scale and an adjustable angle of ± 45 °. The suction cup is integrated with the rotating spindle for precise positioning. XZ11 is suitable for machining angled workpieces (grinding, iron cutting, wire cutting, spark cutting, etc.).
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MW12 series lifting and tying rods and steel sections using lifting electromagnets

This series of products is mainly used for transporting industrial grade steel. I-beams are mostly tied in two layers with odd numbers. Even without tying, the second layer can be lifted completely by electromagnetic suction. If the finished product is long, four electromagnets are mostly used, with two of them assembled on the balance beam. When the size and bundling method of the drawn I-beam do not match the sample, our company can design it according to the actual usage situation of the user to meet their different requirements
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