Applications and Selection Guide for Dual-Motor Tilting Spreaders

I. Application Scenarios for Dual-Motor Tilting Spreaders 🚧

The dual-motor tilting spreader is a specialized lifting attachment capable of automatically rotating workpieces through an arc of 0° to 180°. It is primarily utilized in scenarios where the orientation of a workpiece needs to be altered to facilitate subsequent processing, assembly, or transfer operations:
Processing of Heavy Plates and Structural Profiles
Facilitating the rotation of materials—such as steel, aluminum, and stainless steel plates, as well as structural profiles (e.g., H-beams and I-beams)—between various processing stages, including cutting, welding, painting, and heat treatment. This eliminates the risks associated with manual handling.
Typical Scenario: Tilting a thick steel plate from a horizontal to a vertical orientation to facilitate cutting, beveling, or non-destructive testing.
Assembly of Large-Scale Equipment and Structural Components
Assisting in the assembly of large-scale components—such as transformer housings, generator stators, heavy-duty machine tool beds, and construction machinery chassis—by rotating workpieces to specific angles for alignment, welding, or inspection.
Typical Scenario: Segmental rotation and assembly of wind turbine towers and steel box girders for bridges.
Handling of Molds and Tooling
Facilitating the maintenance, servicing, and storage of large injection molds, stamping dies, and forging dies; tilting the workpiece allows for easier disassembly, cleaning, or component replacement.
Requirements for Special Operating Conditions
For long or heavy workpieces requiring synchronized and smooth rotation (e.g., extra-long steel plates or utility tunnel components), the dual-motor drive system ensures synchronization at both ends, thereby preventing workpiece twisting or deformation.
Flammable, Explosive, or Dusty Environments: Explosion-proof motors can be selected to meet specific operational safety requirements.

II. Quick Selection Guide 📌