VSI VERTICAL SHAFTIMPACT CRUSHER

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VSI VERTICAL SHAFTIMPACT CRUSHER

Engineered for high-output manufactured sand production, VSI delivers superior particle shaping, stable performance, and reduced operating costs for quarry and mining applications.

The VSI Vertical Shaft Impact Crusher is designed for fine crushing and sand making applications. With its optimized rotor structure and advanced rock-on-rock crushing principle, it produces well-graded, cubic-shaped aggregates suitable for construction and infrastructure projects.

Built with a reinforced steel frame and wear-resistant components, the VSI crusher ensures long-term durability under continuous production conditions. It integrates seamlessly into complete sand production lines alongside feeders, cone crushers, vibrating screens, and belt conveyors.

VSI-VERTICAL-SHAFTIMPACT-CRUSHER

Product Overview

The VSI Vertical Shaft Impact Crusher is a proven and cost-effective sand making solution designed for medium-capacity aggregate production. Based on the traditional rock-on-rock crushing principle, it delivers reliable performance and consistent sand grading for construction and quarry applications.

Featuring a standard rotor configuration and durable steel structure, the VSI crusher provides stable operation with simplified maintenance requirements. It is widely used in medium-scale sand production lines where operational reliability and investment control are key considerations.

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VSI-VERTICAL-SHAFTIMPACT-CRUSHER

Working Principle

The VSI Vertical Shaft Impact Crusher operates on the traditional rock-on-rock crushing principle. Raw material enters through the central feed opening and is accelerated by the standard high-speed rotor. The material is then thrown outward by centrifugal force, impacting against surrounding anvils or lining materials for fine crushing and shaping.

This stable impact process ensures reliable sand production with consistent particle grading. The VSI crusher is ideal for medium-capacity operations where cost-efficiency and dependable performance are essential.

1. Material Feeding – Raw material enters through the central feed hopper.
2. Rotor Acceleration – The standard rotor accelerates material outward.
3. Impact Crushing – Material strikes anvils or liners, breaking into smaller particles.
4. Particle Shaping – Repeated impacts refine aggregate shape.
5. Discharge – Finished material exits for screening or conveying.

VSI-VERTICAL-SHAFTIMPACT-CRUSHER

Feeding → Rotor Acceleration → Impact Crushing → Particle Shaping → Sand Output

Technical Specifications

 

ModelCapacity (t/h)Max Feeding Size (mm)Rotation Speed (rpm)Double Motor Power (kw)Overall Dimension (mm)Weight (t)Vibration SensorHydraulic Oil Pump (kw)Overall Dimension (mm)
VSI-7611120-180Soft Material: 40 / Hard Material: 351700-18901103700×2150×210010Yes2×0.25820×520×1270
VSI-8518200-260Soft Material: 45 / Hard Material: 401520-16901804140×2280×242512.5Yes2×0.25820×520×1270
VSI-9526300-380Soft Material: 50 / Hard Material: 451360-15102644560×2447×277816.8Yes2×0.25820×520×1270
VSI-1140450-520Soft Material: 50 / Hard Material: 451180-13104005000×2700×330025.6Yes2×0.25820×520×1270

Customization Options: Our engineering team can tailor rotor structure, chamber configuration, motor brands (ABB/Siemens optional), liner materials, lubrication systems, and voltage standards to match your specific raw material and production targets.

*Note: Final capacity and output grading depend on material hardness, moisture content, feed size distribution, rotor speed, and selected crushing mode. Please provide detailed material data for accurate model selection.

Performance & Design Advantages

Quality Control Assurance

Application Industries

Recommended Line Configurations

Standard Sand Production Line

Configuration
Vibrating Feeder → Jaw Crusher → Cone Crusher → VSI Sand Making Machine → Vibrating Screen → Belt Conveyor

Recommended for medium-scale aggregate plants processing limestone, basalt, and river stone. Suitable for projects requiring stable sand grading and cost-controlled investment.

Compact Sand Processing Line

Configuration
Vibrating Feeder → Jaw Crusher → VSI Sand Making Machine → Vibrating Screen → Belt Conveyor

Designed for medium-capacity production with simplified equipment layout. Ideal for regional construction material suppliers and general sand production.

Shaping & Fine Crushing Line

Configuration
Cone Crusher → VSI Sand Making Machine → Vibrating Screen → Belt Conveyor

Recommended for particle shaping and fine crushing applications where improved aggregate shape is required without large-scale output demand.

Safety & Quality Assurance

1.Heavy-duty steel structure with reinforced base frame for stable operation
2.Standard dynamic balancing of rotor to control vibration
3.Wear-resistant alloy liners designed for routine production cycles
4.Factory inspection and operational testing before shipment
5.Basic electrical protection system with overload safeguards
6.Optional dust collection interface for standard environmental compliance
7.Manufactured under controlled quality procedures to ensure reliable long-term performance

Frequently Asked Engineering Questions

What Materials Can VSI Process?

The VSI crusher is suitable for crushing and shaping medium to hard materials such as limestone, basalt, granite, and river stone used in general construction and aggregate production.

How Do I Select The Right Model?

Model selection depends on raw material hardness, maximum feed size, required output capacity, and desired particle grading. Our technical team can recommend an appropriate configuration based on your production needs.

What Is The Typical Wear Part Lifespan?

Wear part lifespan varies according to material abrasiveness and operating conditions. Under standard production environments, liners and anvils provide stable service life and are easy to replace.

Can The Machine Be Integrated Into An Existing Line?

Yes. The VSI crusher can be integrated with jaw crushers, cone crushers, vibrating screens, and belt conveyors to form a complete sand production system.

Ready to Optimize Your Line Performance?

Provide your material specifications and production targets.
Our engineers will recommend the most suitable model and configuration within 24–48 hours.

Material Type • Feed Size • Required Capacity • Output Size