Turnover Spreader Beam with Electric Adjustable Units

The turnover spreader beam with electric adjustable units is a specialized turning device that integrates mechanical design, electric control and intelligent safety. By integrating a high-performance electric lead screw and servo motor onto the main beam, the turnover spreader beam achieves precise and synchronous adjustment of the distance between the two drive units. This equipment is widely applicable to material turning scenarios in the automotive, aerospace, mold making, metal processing, and wind power industries.

Product Features of The Turnover Spreader Beam

• Suspended from the hook of bridge crane, achieving safe and reliable load rotation.

• Operators can adjust the lifting point spacing from a safe distance using a handheld remote control, precisely adapting to workpieces of different lengths and specifications.

• Utilizing an advanced mechanical linkage and electronic control system, it can achieve smooth and controllable 0-360° rotation of the workpiece.

• Equipped with overload protection, mechanical/electronic limit switches, and emergency stop safety devices.

• The robust structure and high-performance materials ensure long-term durability in harsh industrial environments.

Common Application Scenarios

• Rotating and assembling positioning of automobile bodies/chassis

• Rotation and handling of large wind turbine blades

• Inspection and flipping of molds and large castings

• Lifting and rotating of large steel structural components

Customer Selection Recommendations

• Maximum Load and Workpiece Shape

• Workpiece Dimensions and Center of Gravity

• Required Turning Angle and Positioning Accuracy

• Installation Method

• Working Environment

• Load Slings (Belts / Chains)

We offer professional custom design services – please send your technical drawings or specific requirements to our email (sale@kfqizhongji.com), our engineering team will provide you with the most suitable flipping solution and reasonable quotation for your production application.