V TechMakkers offer its customers advanced Vertical Shaft Impact (VSI) for crushing raw materials into cubicle crushed sand and cubical aggregate particles. These crushers use metallic parts to crush with minimum wear and tear. The crushing action simulates the action of nature erosion of the materials to cubical shape helping in high volume production of cubic-shaped products. The high velocity impact crushing leads to enhanced durability and unmatched performance.

Our VSI (Vertical Shaft Impactors) are proven for all types of minerals and recycling waste and can be used for crushing cement, bauxite, stone and rock to produce various types of cubical aggregates, sand and finished products for industrial use. Here are some of the minerals and waste where our VSI crushers are used:

• Basalt
• Granite
• Garnet
• Pumice
• Quartzite
• Sand Stone
• Construction Waste
• Ceramics

• Quartz
• Lime Stone
• Gravel
• Phosphate
• Silica Stone
• Glass
• Quality Sand
• Manganese / Iron Ore

Our VSI is designed as a simple structure as the rocks are crushed using the self-impact crushing technique thereby resulting in high efficiency and low operation costs. Our VSI spare parts are made up of wear-resistant material that guarantee extensive service life.

We offer user-friendly VSI that provide the lowest total cost per tonne of material produced by improving crushing performance and increasing energy efficiency . Our VSI are easy to install and have been designed in a way that the internal parts can be easily accessed for servicing while maximizing availability.

Our VSI have demonstrated unique ability to operate in diverse crushing operations in construction, mining and industrial minerals. Cubical crushed sand and aggregates can be produced by using different diameter rotors and by changing the rotor speed. Due to patented geometric design of the crushing chamber, the texture of the crushed product is better than the average, and requires less RPM too.

Features:

• Cubical-shaped aggregates and crushed sand
• Enhanced crushing performance of minerals and stones
• Lower wear and tear costs
• Improved energy efficiency
• Reduced operation cost
• Longer service life