The VC Series European Type Jaw Crusher is a newly developed product based on advanced international technology and extensive feedback from customer job sites. It features an optimized crushing chamber, a robust modular structure, extremely low operating costs, and outstanding crushing efficiency.
By perfectly integrating crushing dynamics with mechanical principles, this crusher ensures reliable primary crushing of various materials—from extremely hard ores to construction and demolition waste—at the lowest cost per ton, even under the most demanding operating conditions. It is the ultimate choice for large-scale mining operations, aggregate production plants, and major EPC contracting projects.
Basic Structure
Weld-Free Main Frame The main frame adopts a modular bolted structure made of high-strength cast steel components or steel plates. This design eliminates welding stress concentration and provides exceptional fatigue resistance. It can withstand extremely high crushing forces, offering a service life far exceeding that of conventional welded frames.
Symmetrical Crushing Chamber The crushing chamber is precisely calculated, featuring a deep cavity with no dead zones. The feed opening size is perfectly matched with the chamber depth, ensuring smooth material flow and highly efficient crushing.
Adjustable Inclination Fixed Jaw Plate A distinctive design of this series is the adjustable installation position of the fixed jaw plate, which allows the inclination angle to be changed. Without replacing the jaw plates, operators can optimize capacity and product size distribution by adjusting the closed side setting (CSS).
Integrated Motor Base The motor base is integrated with the main frame, ensuring precise alignment of transmission components such as V-belt pulleys. This design improves power transmission efficiency while reducing vibration and belt wear.
Heavy-Duty Eccentric Shaft and Bearings A forged alloy steel eccentric shaft combined with oversized heavy-duty spherical roller bearings provides powerful crushing force and ensures long-term stable operation.
Intelligent Drive System The flywheel and pulley are dynamically balanced with high precision, enabling effective energy storage and release. This results in smoother operation and reduced energy consumption.
Application Industries
Metal Mining Used for primary crushing of extremely hard ores such as iron ore, copper ore, and gold ore. It is a standard configuration for large-scale mines with annual capacities reaching tens of millions of tons.
High-Performance Aggregate Production Acts as the core primary crusher in aggregate production lines processing hard rocks such as granite and basalt, ensuring stable and qualified feed material for downstream equipment.
Large-Scale Contracting Projects and Construction Waste Processing Its robust structure and high efficiency make it suitable for on-site crushing in major infrastructure projects and for processing reinforced concrete and other construction waste.
Sand & Aggregate and Industrial Minerals Widely applied in the primary crushing of various non-metallic ores and industrial minerals.
Applicable Materials Suitable for all types of materials, ranging from extremely hard and highly abrasive ores to medium-hard rocks and construction waste.
Performance and Advantages
Exceptional Crushing Efficiency and High Output Optimized chamber geometry and advanced crushing dynamics maximize output per unit of energy consumption, delivering processing capacities far superior to comparable models.
Unmatched Reliability and Durability The modular, weld-free frame design and heavy-duty core components ensure an exceptionally long service life and virtually zero unexpected failures, even under extreme working conditions.
Extremely Low Total Operating Cost
High utilization of wear parts: The symmetrical design allows jaw plates to be reversed, extending service life by up to 30%.
Low energy consumption: Efficient crushing principles and an optimized drive system reduce power consumption per ton.
Easy maintenance: Modular construction enables faster replacement of major components, minimizing downtime.
Outstanding Process Flexibility By adjusting the inclination angle of the fixed jaw, a single machine can meet different capacity and product size requirements, allowing rapid adaptation to changing market demands.
Easy Installation and Low Foundation Requirements The compact design and integrated motor base reduce installation space and foundation workload, significantly lowering installation costs.
