SG2200B

🏗️ Extra-large 2250mm ultra-wide opening

The MESG2200B is designed with a large 2250mm jaw, specifically optimized for high-volume material handling. This wide coverage allows operators to easily and efficiently pick up, move, and sort large logs, boulders, and bulky scrap metal. The optimized jaw geometry ensures maximum volume per grab, significantly improving operational efficiency at logging yards and demolition sites.

💪 Powerful 280 KG/cm² clamping force

Equipped with a high-pressure dual-cylinder system, the MESG2200B delivers a powerful clamping force of 240-280 KG/cm². This extreme hydraulic power ensures rock-solid grip on heavy or irregularly shaped loads, preventing accidental slips during high-altitude sorting or transport. Precisely calibrated cylinders provide consistent power throughout the entire closing cycle for maximum safety.

🛡️ Reinforced 2040KG high-strength structure

With a total weight of 2040 kg, the MESG2200B features a reinforced structural frame made of high-strength alloy steel. This heavy-duty structure is engineered to withstand the immense torsional and vertical stresses encountered by 18-26 ton excavators. The robust construction ensures the grapple remains structurally sound even in the most challenging material handling and demolition tasks.

🔄 Precise 360° unlimited hydraulic rotation

The MESG2200B uses a heavy-duty rotation motor to provide 360-degree unlimited rotation. This enables the grapple to be precisely positioned at any angle, making it particularly effective for complex sorting, wall demolition, and truck loading. Smooth rotation control reduces the need for constant excavator repositioning, saving fuel and reducing mechanical wear on the carrier.

⚡ High-speed flow distribution (200-250 L/MIN)

The internal hydraulic manifold of the MESG2200B is designed for fast cycle times and efficiently handles flow rates between 200-250 L/min. This high-throughput system enables lightning-fast opening and closing speeds, allowing operators to maintain a rhythmic and efficient workflow. Optimized fluid dynamics also help keep oil temperatures lower during continuous, high-intensity shifting operations.

🦷 Wear-resistant forged alloy tines

The grapple's tines are made from specialized wear-resistant alloy steel and undergo advanced heat treatment for maximum hardness. These highly durable tines are designed to resist dulling and deformation when handling abrasive rock or sharp industrial scrap. Replaceable wear parts ensure the MESG2200B maintains peak gripping performance over a long service life in harsh environments.

🔧 Fully protected heavy-duty cylinder system

To ensure long-term reliability in hazardous environments, the MESG2200B is equipped with fully guarded internal cylinders. This protective cover prevents falling debris or sharp scrap from damaging cylinder rods and hydraulic seals. By protecting core hydraulic components, this design significantly reduces the risk of leaks and unexpected downtime, even on the dustiest demolition sites.

🏆 MESG2200B Product Summary: The Ultimate Heavy-Duty Handling Solution

The MESG2200B hydraulic grapple is a premium 2040KG-class attachment designed for 18-26 ton excavators. With its large 2250mm opening and high-pressure clamping force, it represents the industry standard for large-scale material handling. Engineered for maximum durability and precise rotation, the MESG2200B provides contractors with a reliable, efficient tool that delivers superior productivity and lowers total cost of ownership across a wide range of industrial applications.

🌍 Versatile use scenarios for industrial and demolition projects

This 2-ton powerhouse is ideal for a variety of specialized environments, including forestry logging, scrap metal sorting, and raw stone handling in quarries. Its 2250mm opening makes it particularly effective for urban demolition, foundation cleanup, and large-scale waste management. Whether you are loading logs at a timber yard or sorting debris at a demolition site, the MESG2200B delivers the versatile power and precision required for modern heavy-duty construction challenges.