Magnetic lifting equipment serves as an indispensable tool in modern industry, utilizing powerful magnetic forces to handle various ferrous materials. From heavy steel plates and coiled steel to structural profiles, this equipment ensures safe and efficient material handling.
Three Core Technologies with Distinct Features
Currently, three main types of magnetic lifting technologies dominate the market. Permanent magnetic devices rely on high-performance magnetic materials, requiring no external power supply while being energy-efficient and safe. Electromagnetic equipment controls magnetic force through electric current, allowing precise adjustment of lifting capacity – ideal for heavy-duty applications. Hybrid systems combine the advantages of both, delivering superior performance in both safety and energy efficiency.
Extensive Application Scenarios
In steel processing workshops, this equipment effortlessly handles the transportation and stacking of steel plates and coils. At manufacturing plants, they participate in production line material transfer and mold positioning. In ports and terminals, they efficiently complete steel loading and unloading operations. Typically, these magnetic systems integrate with overhead cranes, gantry cranes, or forklifts to form complete material handling solutions.
The operation of magnetic lifting equipment is remarkably straightforward – once powered on, a strong magnetic field instantly generates to securely hold metallic materials; when de-energized, the magnetic field dissipates immediately for safe material release. This operational method not only ensures high efficiency but also incorporates multiple safety protections, guaranteeing operational security even during unexpected power outages.
As industrial automation continues to advance, magnetic lifting technology is evolving toward smarter and more energy-efficient solutions, providing reliable support for modern industrial production.afe and Efficient Operation
The operation of magnetic lifting equipment is remarkably straightforward – once powered on, a strong magnetic field instantly generates to securely hold metallic materials; when de-energized, the magnetic field dissipates immediately for safe material release. This operational method not only ensures high efficiency but also incorporates multiple safety protections, guaranteeing operational security even during unexpected power outages.
As industrial automation continues to advance, magnetic lifting technology is evolving toward smarter and more energy-efficient solutions, providing reliable support for modern industrial production.
MH type electric hoist gantry crane is used together with CD MD model electric hoists.
L Type electric hoist gantry crane match with CD1/ MD1, HC type Electric Wire rope hoist, to lifting and transporting the heavy materials, mainly use indoors and outdoors.
BMH Type Semi Gantry Crane is a bridge-type crane whose bridge is supported on the ground track through outriggers on both sides.
A-type Double Beam Hook Gantry Crane, It is mainly composed of a gantry (main beam, outriggers, lower beam, etc.), a lifting mechanism, a running mechanism and an electronic control part.
The rail-mounted container gantry crane (English abbreviation RMG) is one of the special machines for container yards.
MZ Type Double-beam Grab Gantry Crane are mainly used in conjunction with bridge cranes, port cranes, and winches. They are widely used in ports, power plants, docks, chemical industries, etc. to grab various types of loose accumulations, such as ore, coal, slag, etc.
Winch Gantry Crane are used in open warehouses, windy areas, material stocks area, bridge building, concrete industry, cement plant, granite industry, construction industry, engineering industry, port, transportation, construction, dockyard, and other building sites for lifting and loading unloading objects.
U Type Subway Turn Slag Hook Gantry Crane also known as subway slag flipping machine, slag flipping gantry crane, slag flipping gantry crane, etc., is a specialized gantry crane used for excavation in subway and tunnel construction projects.
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