Muk3D|Tailings+ is the world’s fastest, most versatile conceptual design and detailed planning software made specifically for tailings. With traditional tools like spreadsheet models, CAD and mine design packages, scheduling and volumetric modeling of tailings areas can be a very painful experience, often producing oversimplified solutions and typically requiring substantial time to get results. Muk3D|Tailings+ provides the very best modelling and tailings solutions possible, including a comprehensive toolkit for modelling a wide range of tailings facilities, both dry and with water.
Develop conceptual designs for a tailings storage facility quickly, providing for near real-time evaluation of different options, locations and tailings disposal technologies from a volumetric viewpoint. Rapidly establish short or long-range tailings plans in unprecedentedly fast turnaround times, providing consultants and operators with the opportunity to explore alternatives during meetings instead of producing models that are out-of-date by the time they are finished.
Muk3D|Tailings+ makes all your projects simple to complete. Seamlessly complement your existing workflows by easily importing data from other software packages. Do a quick design or calculation and export the results back into your preferred detail design tool, or build dynamic models that allow for interactive design and sizing. Use templates to shorten processes and simplify tasks using workspace customisation to show only the commands needed for the task at hand. All with full help sections, tutorials, training and support.
Instead of using cumbersome tools like spreadsheet models, CAD and mine design packages, take advantage of the most comprehensive and fastest available modelling tools designed specifically for tailings. Utilize a full suite of advanced design and visualization tools, such as 3D CAD tools that allow you to create and edit lines, triangulated surfaces and grids as well as create contours, cross sections, and volume calculations. Muk3D|Tailings+ tools provide essential solutions for high-level conceptual design, short & long-range planning, and analysis of resulting deposition surfaces.