1
Double girder heavy-duty structure— Two parallel box-section main girders provide superior load distribution, bending resistance, and torsional stability under the combined 50-ton lifting capacity. This ensures safe, stable handling of long, unbalanced steel loads across wide spans.
2
Rotating telescopic hanging beam with electromagnetic lifters — The telescopic beam extends and retracts to match material length, while the rotation mechanism provides 360° horizontal slewing for precise angular positioning. Multiple electromagnetic pads distributed along the beam generate strong, uniform gripping force, enabling safe handling of steel plates, profiles, and billets without slings or manual rigging.
3
(25+25)-ton dual lifting configuration — Two independent hoisting mechanisms operate in synchronized tandem, providing balanced lifting of long loads and preventing material sag or distortion during transport. The dual system can also operate independently when handling shorter individual pieces.
4
PLC-based intelligent control system — The programmable logic controller manages all crane motions, coordinates the dual hoist synchronization, controls beam telescoping and rotation, monitors electromagnetic pad status, and executes automated positioning routines. Pre-programmed material handling cycles reduce operator workload and improve throughput consistency.
5
Wireless remote control operation — Full-function radio remote control allows the operator to manage all crane and electromagnetic lifter functions from a safe distance with an unobstructed view of the load and surrounding workspace, eliminating the need for a cabin or pendant cable.
6
Variable frequency drive (VFD) on all motions — Stepless speed regulation across long travel, cross travel, hoisting, beam rotation, and telescoping motions delivers shock-free acceleration and deceleration, precise load positioning, and reduced mechanical wear on drive components.