Features

Flexible Equipment Configuration

Compatible with different crusher types, feeders, screens, and conveyors to meet diverse material processing and production requirements.

Compact Frame-Mounted Design

The integrated frame combines key processing components into a compact unit, simplifying equipment layout and reducing on-site installation requirements.

Seamless Welding for a Stronger Structure

Our advanced welding technology delivers a clean, smooth finish while improving weld crack resistance and enhancing the overall structural strength of the machine body.

Automotive-grade coating process

The automotive-grade coating delivers a smooth, high-gloss finish with excellent adhesion and surface hardness, providing enhanced resistance to weathering, abrasion and corrosion, along with long-lasting gloss retention and mechanical durability.

Diamond-shaped limit holes

The hydraulic support device of the K series mobile station adopts a new diamond-shaped limit hole design, which can make good use of the weight of the machine body, strengthen the hydraulic support device, and avoid damage caused by machine vibration.

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%.

Heavy-Duty Primary Crushing Core

  • 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.

High-Torque Autonomous Crawler Chassis

  • 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.