PTEROSAUR Hydraulic Rotary Chápadlo sets a new standard in versatility and efficiency for excavator attachments, designed to handle a wide range of materials with precision and durability. Whether it’s loading, unloading, or specialized operations like handling stones, wood, steel slag, or even garbage and scrap metal, this grapple excels in diverse environments.
Product Information:
The PTEROSAUR Hydraulic Rotary Grapple is engineered for optimal performance in various industrial applications. Its 360-degree rotatability and robust design make it ideal for maximizing operational efficiency and safety.
Features at a Glance:
- Wide Opening Width: Combines lightweight construction with a wide opening, enhancing performance when handling heavy materials like iron bars while maximizing operational efficiency.
- 360-Degree Rotatability: Offers unlimited clockwise and anti-clockwise rotation, providing unmatched flexibility and ease of operation.
- Special Swing Bearing: Designed for durability and powered by large cylinders to handle demanding tasks with ease.
- Safety Features: Includes embedded check valves and shock valves for enhanced safety and protection against damage during operation.
- High-Quality Construction: Utilizes wear-resistant solid steel, ensuring durability without the need for additional reinforcements.
- Flexible Options: Adapt to various job environments with flexible configuration choices.
- Operator Control: Enables operators to adjust rotating speed for precise handling in different applications.
- Versatile Applications: From landscaping and construction works to specialized tasks such as handling stones, wood, pipes, and waste materials, the PTEROSAUR Hydraulic Rotary Grapple delivers reliable performance.
Engineered with dual hydraulic cylinders and a robust rotating mechanism, the PTEROSAUR Grapple offers unparalleled versatility and efficiency. It enhances productivity across multiple industries by simplifying material handling and ensuring consistent performance under diverse conditions.
