VSI vertical shaft impact sand making machine

The VSI vertical shaft impact crusher, also known as a fine crusher, is a next-generation impact sand maker suitable for Chinese customers, developed by introducing German sand-making technology and adapting it to Chinese operating conditions. This multi-purpose crusher offers a variety of feed methods and crushing modes. Compared to similar products, it offers high output, fine-grained product, low operating costs, and 50% energy savings compared to traditional crushers. It has become a vital piece of equipment in the processing of stone shaping, artificial sand production, refractory materials, and industrial ore products.

Performance Features

01

High Output, Fine Particle Shape

This machine boasts a large processing capacity, high output, and produces cubic, finely sized products with a well-balanced gradation and adjustable fineness modulus. It is particularly suitable for artificial sand making and stone shaping, increasing output by 30% compared to conventional equipment of the same power.

02

Excellent Energy Saving

This machine utilizes innovative design and materials for its components, making them not only wear-resistant but also easier to use with the entire machine. The equipment offers excellent energy savings, saving 50%-60% compared to conventional sand making machines.

03

Wide Application

The VSI sand making machine is easy to operate and energy-efficient, meeting the quality requirements of construction sand while also addressing technical deficiencies in the sand making industry. Furthermore, it can be configured and graded to meet the diverse needs of individual users, enabling it to meet diverse process requirements.

04

Thin Oil Lubrication, Automatic Maintenance

This system utilizes a German-made thin oil lubrication station. Dual oil pumps complement each other to ensure oil supply, and the machine automatically shuts down when oil flow or pressure is lost. Oil cooling and heating devices ensure optimal bearing lubrication at all times, completely eliminating bearing overheating and maintaining a constant temperature for the spindle bearings, extending maintenance intervals and service life.