Vertical Shaft Impact Crusher

Vertical shaft crushers are rotor-type crushers that operate on the ‘stone-on-stone’ and ‘anvil’ principles. They are readily used for processing highly abrasive materials such as river gravel, andesite, basalt and granite, and produce a final product with a high degree of cubicity.

Belt-and-pulley drive system

Rotor and crushing chamber with residual stress relieved

The parts subject to wear have been protected by hard-facing welding

The inner surfaces of the crusher are lined with wear-resistant lining plates

Hydraulic adjustment system

Chassis made from steel sections

High-efficiency, low-voltage electric motor

Heavy-duty bearings

Technical Specifications

VERTICAL SHAFT IMPACT CRUSHER
	Model	Rotor Size	Max. Material Dimensions	Capacity	Engine	Weight
	Model	mm	mm (min-max)	t/h (min-max)	kW	kg
CLOSED ROTOR	VSI700	Ø700	28	40-140	132-160	7.500
	VSI800	Ø900	38	50-160	132-160-200	11.500
	VSI900	Ø900	38	100-300	160-200-250	14.000
OPEN ROTOR	VSI950	Ø900	60	75-250	160-200-250	13.500
	VSI1000	Ø1.000	80	100-350	160-200-250	17.500
	VSI1200	Ø1.200	100	200-500	250-315-355	19.000

Product Description

CSB Machine Vertical Shaft Impact CrushersRock on Rock and Anvil these are state-of-the-art crushing machines, developed to produce high-quality cubic products using the crushing principle. Our vertical shaft crushers, which deliver superior performance in the processing of limestone, river gravel, andesite, basalt, granite and other highly abrasive natural stones, contribute to the production of high-quality end products by ensuring high efficiency in aggregate production, concrete plants, asphalt plants and crushing and screening plants.

Thanks to the high-speed rotor system and optimised crushing chamber, the material is broken down in a controlled manner, resulting in a product with a low wear rate and high cubicity. With their robust housing construction, wear-resistant internal components and ease of maintenance, Vertical Shaft Crushers offer a long service life. Combining low operating costs, high production capacity and reliable performance, they are the ideal crushing solution for modern aggregate production plants.