The new generation portable crushing, grinding, and screening plants are of great importance in modern mining and construction sectors. These plants are used for processing rocks and other hard materials and offer advantages such as ease of transportation, efficiency, and low cost. Thanks to their mobile structure, these plants provide on-site processing, significantly reducing transportation and setup times. They are also known for their eco-friendly features.

Key Features and Advantages

1. Portability and Flexibility: The new generation portable plants are designed in container-style, making them easy to transport and requiring only a few hours for setup. This allows them to be used in various locations.

2. High Efficiency: These plants are equipped with state-of-the-art crushing and grinding machinery. These machines operate energy-efficiently and provide high-capacity production. Furthermore, energy losses during processing are minimized.

3. Environmentally Friendly: The new generation plants are designed to protect the environment. They minimize emissions and offer effective waste management solutions. Additionally, the efficient operation of the plants helps reduce the consumption of natural resources.

4. Modular Structure: Thanks to the modular design of these plants, users can increase or decrease the capacity of the plant according to their needs. Additional machines or processing units can also be easily integrated.

5. Low Maintenance Costs: Built with high-quality components, these plants experience fewer breakdowns and minimize maintenance costs.

Applications

New generation portable crushing, grinding, and screening plants are used in various industries:

  • Mining Industry: Ideal for processing minerals and crushing rocks.

  • Construction Industry: Used in the production of construction materials and road construction.

  • Reclamation Projects: Suitable for soil management and environmental rehabilitation.

  • Waste Management: Also used for the recycling of construction and industrial waste.