Description
Meet the Rockland® Light Material Bucket, designed for superior handling of lightweight materials with precision and efficiency [READ MORE]
Maximize your loader’s capabilities with the Rockland Light Material Bucket, designed for superior performance in handling low-density materials like feed, refuse, snow, mulch, wood chips, and more. This bucket features a wide and deep profile that increases load capacity while maintaining excellent visibility, making it an essential tool in agriculture, construction, and material handling applications. Built from high-strength alloy steel, the Rockland Light Material Bucket is crafted to withstand regular use, providing a long service life even in demanding conditions.
The bucket’s optimized design allows for maximum capacity, ensuring efficient material handling with each pass. The high strength, alloy steel construction keeps attachment weight to a minimum, allowing you to maximize your loaders payload capacity. The Rockland Light Material Bucket comes standard with bolt-on cutting edges and bolt-on skid shoes, ensuring it is ready to tackle any challenge.
Enhance your loader’s performance and efficiency with the Rockland Light Material Bucket, built to deliver consistent, reliable results for all your light material handling needs.
Guaranteed against failure due to defective design, materials, or workmanship for a period of two years.
Make the most out of your next job with custom sizes, parts, your preferred G.E.T., and loads of other options. Deck out your attachment with company logos, ID tags, custom colors, and other design details for no added cost. Just let us know what you need when submitting your quote request, and we’ll make it happen.
Don’t see the product you’re looking for? Not a problem, we’re no stranger to a fully custom build. Get started by submitting a custom attachment request here or talk to your Account Manager.
Meet the Rockland® Light Material Bucket, designed for superior handling of lightweight materials with precision and efficiency [READ MORE]