Product description

As demand for sand and gravel continues to grow, the need for more efficient and cost-effective production methods becomes even more urgent. Companies in the construction and mining industries are increasingly turning to advanced equipment, such as the CNC Roller Pressing Machine, to streamline their operations. This innovative technology offers precise control, improved throughput, and energy savings, making it an ideal solution for sand and gravel production.

What is CNC Roller Pressing Machine?

CNC Roller Pressing Machine?is a highly efficient and precise crushing machine that utilizes Computer Numerical Control (CNC) technology. The CNC system allows for fine-tuned adjustments to roller pressure, enabling consistent output and enhanced performance. This results in energy savings, reduced wear on machinery, and higher production capacity.

Key Features and Benefits

1. Precise Control: The CNC technology allows for exact adjustments to crushing force, ensuring that the sand and gravel produced meet quality standards.

2. Energy Efficiency: With less energy consumption compared to traditional crushers, the CNC Roller Pressing Machine helps reduce operating costs.

3. Versatility: The CNC roller press can handle a wide variety of raw materials, including different types of sand and gravel, making it a versatile choice for many production lines.

4. Durability: Built with high-quality components, the CNC roller press is designed to handle heavy workloads, ensuring long-term reliability with minimal maintenance.

CNC Roller Pressing Machine Models: Finding the Right Fit

When considering the right crusher for your sand and gravel production needs，it’s important to choose a model that fits your production requirements.

Double roller crushers?come in various sizes to accommodate different production scales. Here are the categories based on different models:

1. Small Spring Models?(2PGT series): 2PGT400×250, 2PGT400×400, 2PGT610×400. Hourly output: 2–20 tons. Ideal for small/medium sand plants.

2. Medium Spring Models?(2PGT series): 2PGT750×500, 2PGT800×600. Hourly output: 10–50 tons. Cost-effective for new sand plants.

3. Medium Hydraulic Models?(2PGY series): 2PGY750×500, 2PGY800×600, 2PGY800×800, 2PGY1000×800. Hourly output: 20–80 tons. Higher efficiency and automation.

4. Large Hydraulic Flagship Models?(2PGY series): 2PGY1000×1000, 2PGY1200×1200, 2PGY1500×1000, 2PGY1800×1000, 2PGY2000×1000. Hourly output: 80–400 tons. Designed for large-scale plants with one-click operation.

Conclusion

Choosing the right equipment is crucial for optimizing production and reducing costs. The?CNC Roller Press?is an excellent choice for sand and gravel producers looking to enhance efficiency, reduce energy consumption, and improve the quality of their products. Whether you need a small, medium, or large-scale crusher, the variety of?double roller crushers?available ensures that you can find a solution that fits your specific needs.

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Sand Production Application

In sand production lines, the double-roll crusher functions as a sand-making machine, offering advantages such as no wear parts, low maintenance costs, adjustable sand particle size, high yield rate, and excellent sand particle shape. It is widely used in the sand-making industry.

Mineral Processing Crushing Applications

In the mineral processing industry, double-roll crushers or high-pressure roller mills are employed for fine crushing operations. Positioned upstream of ball mills, they can reduce 2-3 cm ore particles to less than 1 mm, significantly enhancing the operational efficiency of mineral processing ball mills and boosting overall production productivity.    

The double roll crusher uses two independently driven rollers that rotate in opposite directions, generating extrusion and shearing forces to crush materials. Feed material enters through the inlet, is crushed by the rollers, and discharged naturally. If unbreakable or oversized materials are encountered, the hydraulic cylinders or springs automatically retract the rollers to widen the gap, allowing the material to fall through safely. The discharge size is adjusted by controlling the hydraulic or spring pressure.

Technical parameters

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