VSI vertical shaft sand making machine is commonly known as impact crusher or aggregate shaping machine. VSI sand making machine is the fourth generation high-performance sand making machine developed by SBM on the basis of introducing the advanced technology of German sand making machine and combining with the situation of domestic mining industry. Taking the VSI sand making machine as the prototype, Shibang successively launched the upgraded version VSI5X sand making machine and VSI6X sand making machine.
The maximum throughput can reach 520 tons per hour. Compared with traditional equipment, under the same power, the output of VSI sand making machine is increased by 30%. The finished aggregate has good cubic shape, reasonable particle size, and adjustable fineness modulus, which is especially suitable for artificial sand making and aggregate shaping.
VSI sand making machine is light in weight and has various installation methods. Its operation is simple and easy. Once the specific purpose of use is determined, the user only needs to make small adjustments to give full play to the advantages of the sand making machine. The crusher is equipped with a hydraulic opening device, which is convenient for checking and replacing parts in the crushing cavity, saving time and effort.
The optimized impact angle of the crushing chamber reduces the friction between the material and the wear-resistant parts, further reducing the use cost of the VSI sand making machine. The standard thin oil lubrication station completely solves the heating phenomenon of the bearing and keeps the shaft bearing at a constant temperature. Thus directly prolonging the maintenance cycle and service life of the VSI sand making machine.
The core components adopt advanced technology and high-quality materials, which reduces the failure rate of VSI sand making machine. The unique damping design can effectively reduce the working noise of the vertical sand machine. The special air circulation system is adopted, which greatly reduces the exhaust air volume and dust emission, and is green and environmentally friendly.
There are tens of lines of numerical controlling machine tools. Operations such as steel plates’ cutting, bending, planing, milling and paint spraying are all controlled numerically. The machining precision is high, especially for the core parts.
SBM, whose business covers production and sales, is responsible for every machine we produce. We can provide our customers with technical service on products and original spare parts to ensure worry-free operation.
Model | Soft material | Hard material | Side and central feeding | Fully central feeding | Speed (r/min) | Power (kW) | Overall dimension (mm) |
Maximum feeding size (mm) | Throughput (t/h) | ||||||
VSI1140 | 50 | 45 | 450-520 | 225-260 | 1180-1310 | 200×2 | 5100×2690×3200 |
VSI9526 | 45 | 40 | 300-380 | 150-190 | 1360-1510 | 132×2 | 4560×2450×2780 |
VSI8518 | 40 | 35 | 200-260 | 100-130 | 1520-1690 | 90×2 | 4140×2280×2425 |
VSI7611 | 35 | 30 | 120-180 | 60-90 | 1700-1890 | 55×2 | 4100×2250×2258 |
Note:
Product pictures, parameters, models, data, performance, specifications, etc. on this website are for reference only. SBM may make changes to the above information. For specific information, please refer to the actual product and the user manual. In the absence of special instructions, SBM reserves the right to interpret all data involved in this website.
VSI Vertical Shaft Impact Crusher (also known as “Sand Making Machine”) has two feeding methods – “Center Feed” and “Center & Side Feed”. For the former “center feeding” method, the material in the feeding hopper first enters the high-speed spinning rotor through the center hole. In the rotor, the material is fully accelerated, thrown out from the launch port, collides with a part of the material, and falls freely after rebounding. Next, the material hits the surrounding vortex material liner (or impact block) in the vortex chamber together. In the crushing cavity, the material is first bounced back to the top of the crushing cavity, and then moves downward to change direction, forming a material curtain with the material discharged from the impeller runner. Finally, the finished product is discharged from the bottom outlet. For the latter “center & side feed” method, firstly, the material in the feed hopper passes through the round hole. Then, the material is divided into two parts by the distribution plate. Part of the material enters the high-speed rotating impeller, and the other part of the material falls from the four sides of the tray. The materials in the impeller will be accelerated rapidly and thrown out at a high speed, colliding with the materials falling from the four sides of the tray. Next, all the material hits the surrounding vortex material pad (or impact block) in the vortex chamber together. In the crushing cavity, the material is first bounced back to the top of the crushing cavity, and then moves downward to change direction, forming a material curtain with the material discharged from the impeller runner. Finally, the finished product is discharged from the bottom outlet.
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