Miller Heavy Duty Rock Buckets for Excavators are designed to work in aggressive and demanding working environments. Miller heavy duty rock buckets are built from the highest tensile steel and designed with optimised wear protection systems to protect against highly abrasive applications such as severe rock.
When compared to the Miller Heavy Duty bucket the Miller Rock bucket is an all-round tougher build with additional reinforced armour in the bucket structure such as internal and external wear strips, bottom corner shrouds, heavy duty tooth system and many more optional extras to help deliver higher machine efficiency and productivity whilst lowering bucket maintenance costs.
The self-loading dual radius design allows you to carry more material.
Ability to load up to an additional eight payloads per day saving both time and fuel savings.
Enhanced machine productivity and bucket digging efficiency.
Miller heavy duty rock buckets are built from the highest tensile steel and designed with optimised wear protection systems to protect against highly abrasive applications such as severe rock.
Miller Rock bucket is an all-round tougher build with additional reinforced armour in the bucket structure such as internal and external wear strips, bottom corner shrouds, heavy duty tooth system
Abrasion resistant and high strength plate increases the wear life of the bucket
From operating in mining, quarrying or any earth moving we stock a range of heat treated high strength wear resistant ground engaging tools for reduced wear and increased productivity.
We stock and fit all major GET brands including but not limited to CAT/Volvo/CASE/ESCO/Komatsu
Designed specifically to penetrate material easily and to take the load off the bucket so they can work more efficiently.
Tapered side cutting-edge angles reduces the ground engaging areas more efficiently.
Ensuring less resistance resulting in a bucket which digs faster during the digging cycle over a conventional bucket.
Enhanced machine productivity and bucket digging efficiency.