4PCS Machinery Skate Dolly, 17637LBS/8T Industrial Machinery Mover, Heavy Duty Carbon Steel Machinery Moving Skate with 4 PU Wheels and 360° Rotation

Product Features 17637LBS/8T Stunning Loading VEVOR 4PCS heavy-duty machinery skate dollies can effortless load and transport 17637 lbs/8T total heavy industrial loads, such as machines, industrial equipment, oversized cartons and more. Reinforced with secure bolts, the entire structure is more robust to ensure safe and stable transportation of goods. Take loads off your shoulder and reduce manual labor costs during the handling process. Rugged Steel Construction Our industrial machinery mover is built upon various quality materials. The main body is crafted of thickened carbon steel with power-coated surface that works strongly against corrosion and deformation. 360-degree rotation non-slip pad allows for flexible adjustment of heavy loads' direction to meet your different handling needs. Smooth and Secure Movement Four 3.1-inch (80mm) large PU casters with precision bearings boast high wear resistance, corrosion resistance, and strong load-bearing. It enables you to more easily control the movement of goods on any terrain, while ensuring the safety of the goods. High-quality PU wheels can absorb shock, provide silent operation without floor scratches. Easy to Use Just lift the heavy object with a lifting machine, then place the moving skate wheel underneath it. Repeat this process until all the corners are securely installed. Finally, smoothly push the loads to move the heavy object effortlessly. In addition, our machinery mover wheels can also be combined with other types of handling equipment, providing more flexibility and adaptability. Versatile Applications Handle your all transportation needs with confidence! VEVOR industrial moving equipment is widely applied in factories, warehouses, logistics centers, and other industrial fields. It provides reliable solutions to meet various lifting, moving, and transportation needs, ensuring efficient and smooth operations in different work environments.