BackThe hybrid approach in K-MINE offers a powerful combination of automation and manual control for pushback design. By applying custom restrictions and refining wireframes, mining operations can achieve greater flexibility, accuracy, and efficiency. With features like isoline generation, level assignment, and dynamic design tools, K-MINE streamlines the entire planning process.
Video transcription
The hybrid approach to pushback design in K-MINE offers a flexible and efficient method by integrating automated processes with manual adjustments. This approach starts with an automatic pushback design, allowing users to apply as many restrictions as needed to refine the project to meet operational goals.
Key features include the ability to specify wireframes that reflect optimization calculation results, set target parameters, and automate subsequent pushback development. This provides a structured workflow where users can manually adjust specific elements while leveraging automation to streamline the process.
K-MINE’s dynamic design plugin enhances planning by offering features such as contour drawing, isoline creation, and level assignment with automated filling. These capabilities help users achieve precise designs, ensuring that all sections of the pit are minable and interconnected for efficient material transportation.
The system also incorporates visualization tools, enabling users to verify project accuracy and make necessary refinements before finalizing the pushback wireframe. In just a few minutes, users can generate a complete pushback project, significantly reducing manual effort compared to traditional methods.
Whether working on pit expansion or designing waste dumps, the hybrid approach in K-MINE ensures a streamlined, accurate, and adaptable solution for mining operations.
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