Mold Sand Box Load Turning Crane in Reverse Mold Workshop

With the expansion of production scale and the advancement of automation, traditional manual sand box turning methods can no longer meet modern requirements for efficiency and safety. The sand box load turning crane is a specialized material handling solution designed for foundry workshops. It is mainly used to rotate sand boxes from 0° to 360° to complete processes such as mold separation, cleaning and transfer. This turning device is typically used in conjunction with overhead crane or gantry crane, and is suitable for sand boxes of various sizes and weights.

Structure and Working Process

Drive System: Motor and reducer provide stable power output

Turning Mechanism: Smooth rotation is realized via chains or belts.

Lifting System: Connected to cranes for lifting and movement

Control System: Wireless remote control for adjusting turning angle and speed

Basic Workflow: The turning slings clamp the sand box → lifts it to a safe height → activates the turning mechanism → adjusts to the desired angle → places it at the designated position.

Product Advantages of Sandbox Turning Crane

• Compared with traditional manual turning methods, it significantly improves efficiency and shortens production cycles.

• High strength transmission structure ensures smooth and stable rotation without shaking.

• Adjustable lifting points prevent imbalance and reduce the risk of slipping.

• Equipped with safety features such as limit protection, overload protection and emergency braking.

• Customizable design based on sand box size, weight and process requirements to meet various foundry applications.

Applications in Molding Workshops

• Lost foam casting process

• Large steel casting production

• Mold turning and maintenance

• Casting cleaning and inspection processes

For enterprises pursuing high quality and high efficiency, choosing a reliable, stable and customizable turning device solution can effectively improve production efficiency and ensure operational safety.