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LOADER EDGES
Engineered loader edges build for heavy loading.
WULF Loader Base & Cutting Edges
Loaders represent one of the most diverse equipment categories in earthmoving applications. Each manufacturer uses different systems, hole patterns, and dimensions — making cutting edges and segments highly model-specific.
WULF Wear Parts designs and supplies solutions that precisely match OEM specifications while offering flexible customization options.
Our loader cutting edges and segments are engineered to deliver maximum wear life, reliable protection, and consistent performance across all operating conditions.
WULF loader base and cutting edges are available in bolt-on and weld-on configurations, including straight edges, wrap-around ends, spade noses, segments, and end bits. Manufactured from high-quality, heat-treated steel, our edges ensure optimal penetration, smooth material flow, and extended service life. Designed to reduce downtime and protect the bucket structure, WULF solutions deliver long-lasting performance in construction, mining, and quarry applications.
WULF Half Arrow Segments
WULF loader base and cutting edges are available in bolt-on and weld-on configurations, including straight edges, wrap-around ends, spade noses, segments, and end bits.
Manufactured from high-quality, heat-treated steel, our edges ensure optimal penetration, smooth material flow, and extended service life.
Designed to reduce downtime and protect the bucket structure, WULF solutions deliver long-lasting performance in construction, mining, and quarry applications.
WULF Half Arrow Edges
WULF Wear Parts bolt-on half arrow segments produced from high-strength alloy steel, they deliver excellent wear resistance while maintaining structural integrity in demanding loading operations.
The bolt-on configuration ensures quick installation and easy replacement, reducing downtime and maintenance costs.
With optimized geometry for efficient material penetration and edge protection, WULF half arrow segments extend bucket life and support consistent machine performance in harsh jobsite environments.
