The electromagnetic crane comprises a crane structure, an electromagnet, a power supply, and a control system. It is important to ask, how does an electromagnetic crane work? This type of crane uses electromagnetic principles to lift and transport steel and iron materials. Since the electromagnetic crane working principle differs from those of general cranes, operators, […]...Read More >

Our client purchased an ultra-low temperature gantry cranes for Krasnodar Port in southern Russia, which experiences harsh winters due to its high latitude in Siberian. To ensure the crane operates at temperatures as low as 40°C, special considerations were made when designing and selecting steel structures, mechanical components, and electrical systems. A dedicated team of […]...Read More >

Like all mechanical equipment, wire rope hoists are subject to wear, and tear, and occasional breakdowns. Recognizing the early signs of trouble and knowing how to address them can mean the difference between making minor adjustments facing costly and time-consuming repairs, or worse, a complete operational shutdown. The importance of electric wire rope hoist maintenance […]...Read More >

Day long people are always sick, people have a disease that is not terrible, terrible is not to find the cause of the disease, and can not be treated with the right medicine. For the same reason, lifting machinery and people, as long as the day will be a variety of faults, can not find […]...Read More >

An electromagnetic crane is a device that uses an electromagnet to transport steel materials. When the current is switched on, the electromagnet firmly attracts the steel items, allowing them to be lifted and transported to the designated location. The magnetism disappears once the current is switched off, and the steel items are released. With the […]...Read More >