Cat Grading Beams empower construction professionals with a dynamic solution for efficient grading and compaction using excavators. Designed for seamless pairing with Cat Tiltrotators, these innovative beams boast 360° bidirectional and 40° left-and-right rotation, maximizing attachment versatility on the jobsite.
Key Features for Optimized Performance:
Adjustable Compaction: The mechanically adjustable roller (10 mm below frame to 20 mm above) tailors compaction to specific material types, from clay and silt to standard soils. An adjustable scraper prevents material build-up for smooth operation.
Application Versatility: Available in five widths (1250 to 3000 mm), Cat Grading Beams tackle diverse tasks, from precise sidewalk grading to large-scale site preparation. The generous top opening with extended sides and plates facilitates efficient material spreading, compaction, and grading.
Durability: Hardox 500 wear protection shields the beam's underbelly for extended service life. The welded frame enhances structural rigidity, while additional support plates reinforce the heavy-duty design for maximum strength.
Precision Grading With Cat Grade Technology: When paired with a Cat Tiltrotator, these beams enable precise grading directly to plan using Cat Grade technology. Automatic tool recognition ensures correct pressure, flow, and dimension settings for each attachment, minimizing setup time.
Simplified Management with PL161 Technology: Standard Cat PL161 attachment technology facilitates easy tracking across worksites, reducing the risk of lost beams and streamlining maintenance and replacement processes. PL161 integrates with VisionLink® for comprehensive fleet management from a mobile device.
Benefits:
Increased Efficiency: Achieve dynamic, efficient grading and compaction with excavator compatibility and adjustable settings.
Superior Performance: Enhance project accuracy and save time with precise grading and streamlined attachment management.
Long-lasting Durability: Experience exceptional wear resistance and structural integrity for maximized service life.