Linear Motion Vibrating Screen Price

Linear Motion Vibrating Screen prices are not fixed; instead, they vary significantly depending on the model, configuration, and processing capacity. Prices typically range from $500 to $2,700 or even higher. This price fluctuation directly reflects the core performance and scale of the equipment. A small single-deck screen with a processing capacity of 20 tons/hour will cost significantly less than a large multi-deck screen with a processing capacity of 500 tons/hour. This is primarily because larger equipment requires stronger structural materials, more powerful dual-vibration motor drives, more complex manufacturing processes, and more sophisticated control systems to ensure stable operation and screening efficiency under high loads.

When choosing a linear motion vibrating screen, price alone shouldn't be the sole factor; a comprehensive consideration is essential. First and foremost, clarify your production requirements: The material properties you need to process (such as particle size, moisture content, viscosity, and corrosiveness) directly determine the appropriate material (e.g., carbon steel or stainless steel) and screen type. Your desired processing capacity (tons/hour) is the key factor in selecting the size and power of the equipment. Select a product based on these key parameters.

Linear Motion Vibrating Screen Price

Linear Motion Vibrating Screen Selection

Choose the appropriate Linear Motion Vibrating Screen based on price. During the selection process, consider the required mesh size for the material to be screened, the need to remove unwanted impurities, the number of screen layers, and the product material.

Regarding material selection, ordinary carbon steel (Q235) is the most economical choice. For processing corrosive materials or materials requiring food or pharmaceutical grades, stainless steel (such as 304 or 316L) is required, which can be 1.5 times or even more than 2 times the price of carbon steel equipment. Plastic is also an option. Processing capacity ranges from 1 to 500 tons per hour, the screen can be divided into 1 to 6 layers, and the screening mesh ranges from 2 to 500 mesh. It can screen viscous, high-moisture, high-density, corrosive, or high-temperature materials. However, specialized design of the equipment material, sealing structure, and vibration parameters is required, which increases manufacturing costs.