The two-stage belt cleaning system is designed to keep the return belt clean and reduce material carryback. A durable polyurethane primary cleaner removes the bulk of material at the head pulley, while a secondary carbide scraper provides aggressive, long-lasting removal of residual fines. Together, these cleaners improve conveyor efficiency, extend belt life, and reduce maintenance and cleanup time.

An integrated, self-contained hydraulic system delivers reliable, consistent power without the need for external hydraulic connections. Built for ease of operation and maintenance, the system provides smooth, controlled performance while reducing installation complexity and minimizing potential leak points. This compact design improves overall reliability and efficiency in demanding operating environments.

Designed to efficiently and safely direct material flow away from the conveyor system, this integrated discharge chute helps minimize spillage and material buildup. Its robust construction promotes smooth, controlled discharge while withstanding demanding operating conditions. The result is improved system cleanliness and reduced maintenance requirements.

Deep 35° troughed idlers are used to increase material carrying capacity while maintaining stable belt tracking. The steeper trough angle helps contain material on the belt, reducing spillage and improving conveying efficiency. Designed for durability in demanding applications, these idlers support consistent performance and extended component life.

Adjusting conveyor speed to match material flow is simple with the variable belt speed dial. Operators can fine-tune belt speed to optimize performance, reduce component wear, and adapt to changing operating conditions. The straightforward control design allows for quick, reliable adjustments during operation.