Orange Peel Grab

Electro-Hydraulic Orange Peel Grab

Introduction

The Orange Peel Grab is a specialized hydraulic grab designed for handling bulk scrap, waste, and other irregular-shaped materials. It gets its name from its petal-like jaw segments, resembling an orange peel, which enables it to effectively grip and transport bulky and unevenly shaped materials. It is commonly used in recycling plants, scrapyards, and bulk material handling facilities.

Technical Details

• Capacity: Available in various capacities ranging from 0.5 m³ to 5 m³, depending on the application requirements.
• Number of Tines: Typically equipped with 4 to 6 tines (claws), ensuring a strong grip on irregular-shaped materials.
• Material Construction: Manufactured from high-strength wear-resistant steel, suitable for heavy-duty applications.
• Hydraulic System: Operates with a powerful hydraulic system that allows the tines to open and close smoothly, ensuring reliable performance.
• Mounting Options: Can be mounted on cranes, excavators, or loader arms with a suitable quick-coupler.

Uses

• Scrap Handling: Ideal for handling scrap metal, automotive wreckage, and other bulky metal waste in scrapyards.
• Waste Management: Widely used in recycling facilities to manage bulk waste, including mixed materials and heavy-duty debris.
• Bulk Material Handling: Used at ports, docks, and industrial sites for the handling of large volumes of irregular materials.

Advantages

• Efficient Handling of Irregular Materials: The multiple tines ensure a secure grip on bulky and irregular-shaped materials, preventing spillage.
• Robust Design: Built from high-quality, wear-resistant steel, ensuring durability even in harsh working conditions.
• High Capacity: Capable of handling large loads, significantly improving the efficiency of material handling operations.
• Versatile Application: Compatible with various types of cranes and excavators, allowing for broad operational flexibility.
• Enhanced Productivity: The hydraulic operation allows for fast opening and closing of tines, increasing cycle times and overall efficiency.