QL Type Electromagnetic Suspension Bridge Crane

The electromagnetic attachment eliminates manual hooking/untying, enabling rapid "attraction-release" actions. Compared to traditional hook-type cranes, single-cycle operation time is reduced by over 30%, significantly improving material flow efficiency. It is particularly suitable for "hard-to-bundle" materials like loose scrap steel, reducing manual sorting costs.

Strong Adaptability, Covering Diverse Materials

The extendable + 360° rotatable electromagnetic suspension system flexibly handles ferromagnetic materials of different sizes (e.g., long steel slag, block scrap) and shapes. The adjustable magnetic force ensures stable lifting of single heavy items (e.g., hundred-ton steel coils) while efficiently grabbing loose scrap, covering all ferromagnetic materials from "bulk to scrap".

Safe and Reliable, Controllable Risks

Structural safety: The double-girder bridge design offers strong load capacity, suitable for large-tonnage (tens to hundreds of tons) material handling, meeting heavy industrial needs;

Lifting safety: The electromagnetic attachment combines multiple braking protections (dual brakes on hoisting mechanisms, anti-derail devices) with residual magnetism detection, overload protection, and power-loss magnetic retention (some models include backup battery power), ensuring stable lifting processes and preventing falling hazards.

High Intelligence, Precision Operation

Integrated with variable frequency speed regulation, 360° rotation, and suspension extension adjustment, combined with smart detection and remote control systems, it achieves millimeter-level precision positioning (e.g., steel slag charging, component assembly). It also supports remote operations in "unmanned workshop" scenarios, reducing worker exposure to high-risk environments (e.g., high-temperature smelting areas).

Durable Performance, Easy Maintenance

Core components (e.g., electromagnetic coil, hoisting motor) use high-temperature-resistant, wear-resistant materials and processes, adapting to harsh metallurgical conditions (high heat, dust). Modular structural design (e.g., quick-connect interfaces between suspension and disk) facilitates daily inspections and part replacements, lowering lifecycle maintenance costs.