Mucking Loader, also known as an Excavator Loader, combines the functions of mucking and loading with a mechanical arm and conveyor system. It features an electric full-hydraulic control system and production equipment, offering safety, environmental protection, low energy consumption, and high efficiency.

Extendable slag scraper

Composed of an extendable arm, tilting mechanism, rotating mechanism, and base [3].

The front end of the telescopic boom is connected to the scraper plate and supported on fixed roller wheels, driven by a hydraulic or pneumatic motor to operate the sprocket chain in a reciprocating scraping motion. The tilting mechanism is powered by a hydraulic or pneumatic cylinder, allowing the telescopic boom to pivot around a hinge point for tilting movements ≤  degrees.

The scraper machine is suitable for tunnel excavation, mining projects, and water conservancy projects, serving as construction equipment for small cross-section water diversion tunnels and mine slag (ore) handling machinery. This machine is primarily used for collecting and transporting crushed soil materials for construction purposes in mines with narrow production spaces, small production scales, and non-explosive hazardous mines such as phosphate, metal, and non-metal mines.

Primarily used for narrow-hole mining operations in coal, phosphate, iron, copper, gold, silver, lead-zinc mines and various tunnel projects for rail, road, water conservancy, and national defense, this system is designed for the collection, loading, and transportation of crushed materials. It combines a mechanical arm with conveyors, integrating the functions of stripping and loading. The production unit employs an electric full-hydraulic control system, characterized by safety, environmental protection, low energy consumption, and high efficiency.

The scraper is an indispensable advanced mining equipment for mining enterprises, replacing manual labor by loading various ore slag materials into transport vehicles after blasting. It serves as an alternative to manual labor and other machinery, filling the gap for mechanical operations in confined spaces. The scraper revolutionizes the previous semi-mechanized construction methods, intermittent slag removal and transportation, which required substantial manual collaboration, characterized by low speed, high safety risks, and high costs.