Fully Automated Hydraulic CSS & Purge Control

Engineering Design: Integrated with double-acting hydraulic cylinders linked to the main toggle block, regulated by a centralized automation panel.
Operational Value: Allows the excavator operator to adjust the Closed Side Setting (CSS) safely from the cabin via a wireless remote control. In the event of an uncrushable obstruction (like an excavator tooth or tramp iron), the system automatically triggers a hydraulic purge sequence, opening the jaw to drop the metal safely and resetting to the exact previous dimension without manual clearing.

Intelligent Variable-Speed Vibrating Grizzly Feeder (VGF)

Engineering Design: A high-wall steel feed hopper backed by a double-deck vibrating grizzly feeder utilizing stepped, wear-resistant screen bars and a built-in pre-screening bypass chute.
Operational Value: Automatically sifts out dirt, mud, and undersized gravel before they enter the crushing chamber. This pre-screening action routes fine material directly to the side or main discharge belt, saving the heavy jaw plates from unnecessary erosion and cutting wear part costs by up to 25%.

Engineering Design: Features a time-tested, overhead eccentric single-toggle jaw crusher built on a stress-relieved, fully welded heavy steel frame, equipped with high-inertia dynamically balanced flywheels.
Operational Value: Engineered to deliver massive compressive forces to crush the hardest basalt, granite, and ore structures. The deep crushing chamber geometry is mathematically optimized to prevent boulder bridging and ensure a high intake flow.

Engineering Design: Outfitted with heavy-duty, structural steel crawler tracks driven by independent, dual-speed axial piston motors and high-ratio planetary gearboxes.
Operational Value: Provides exceptional traction and stability across uneven, muddy, or slick quarry terrain. It enables the plant to climb 20° inclines independently via remote control, walking alongside the excavator right at the moving blast wall without towing vehicles.