A Hydraulic Orange Peel Grab is a heavy-duty material handling attachment equipped with multiple curved tines (usually 4, 5, or 6) that open and close hydraulically to grip loose, irregular, and bulky materials securely.

The Orange Peel Grab is named after its unique multi-tine design, which resembles the segments of an opened orange peel when fully expanded. This specially engineered shape provides a powerful grip, making it ideal for handling scrap metal, industrial waste, rocks, and other loose bulk materials with maximum efficiency and reliability.

These grabs are widely used for loading, unloading, sorting, and transferring scrap metal, steel chips, castings, municipal waste, rocks, timber, and other bulk materials. Their powerful hydraulic cylinders provide excellent gripping force, ensuring fast, safe, and efficient material handling.

Magbro Tech Industries manufactures customized Hydraulic Orange Peel Grabs suitable for excavators, hydraulic cranes, EOT cranes, crawler cranes, harbor cranes, and specialized lifting systems.

Our Hydraulic Orange Peel Grabs are manufactured using high-strength alloy steel, wear-resistant tines, heavy-duty hydraulic cylinders, hardened pivot pins, and precision-machined bearings. Designed for continuous heavy-duty operation, they offer exceptional durability, reduced maintenance, and long service life.

Available in 4-Tine, 5-Tine, and 6-Tine configurations, our grabs can be customized based on lifting capacity, material type, operating environment, and machine compatibility.

Working Principle

The Hydraulic Orange Peel Grab operates using hydraulic power supplied by an excavator or hydraulic power pack.

1. The grab is positioned over the material.
2. Hydraulic cylinders open the tines.
3. The grab is lowered onto the material.
4. The cylinders close the tines, securely gripping the material.
5. The crane or excavator lifts and transports the load.
6. At the destination, the tines open to release the material.

This cycle provides quick, safe, and efficient loading and unloading with minimal manual intervention.