Build and evaluate a variety of mine scenarios to ensure you produce operationally viable plans and schedules.Learn More
Keep track of key activities across your processes to continually increase production, efficiency and safety.Learn More
Point cloud processing & analysis
3D laser scanning & imaging
3D mine planning & geological modelling
Material tracking and reconciliation systems
Maptek provides responsive technical support for our products. Find office, email and telephone contact details to get the help you need. Submit a support request online.
Maptek Account provides online licensing, flexible options for working offline, product download-update service and streamlined technical support to improve your experience with Maptek products.
The free quarterly Maptek Forge newsletter includes case studies, product and corporate news.
Maptek blogs cover a range of industry topics, sharing insights from across our global network.
Keep up to date with the latest product solutions and news about Maptek global activities.
An online repository of all Maptek learning resources, from white papers to blogs and case studies.
An overview of Maptek, our products, solutions and operations.
A brief history of Maptek, including milestones of our 40 years of operation.
Information about careers at Maptek and current vacancies.
Find conferences, seminars and tradeshows where Maptek is exhibiting and/or presenting papers.
Discover the features and benefits of Maptek solutions in these overview videos.
Watch webinars on various topics and learn about the latest solutions from Maptek subject matter experts.
Watch tutorials outlining ways to apply various tools. Learn the latest techniques for efficient workflows.
Short bite size videos include tips and tricks for applying common tools and solutions.
Eureka uses the Radial Basis Function (RBF) methodology as a tool for understanding structurally complex deposits. RBF is a form of implicit modelling.
Design strings, points, ribbons, drillholes, triangulations and scans - and any combination of these - can be used as input for the modelling process.
A surface is created from the input data; the constituent points form on the surface. For drilling data, Eureka creates a surface from drillhole points matching assay values or formation codes.
The above image shows a surface representing high grade layers within a banded iron formation.
The Maptek Vulcan ISIS database was accessed by Eureka. The surface was generated from iron assay values exceeding 60% Fe.
A slice shows the iron assays contained within the surface in the image below. Values on the drillholes of 60% or greater are displayed as orange; less than 60% are grey.
Interpretation ribbons can now be used for better control of the resultant model.
Ribbons can be used like strings or points to add data points, but they differ from strings in that they have 2 sides. This is represented by double-sided colouring below.
Ribbons may also be used individually to create surfaces from complex and overturned strings. The surface obeys the direction of the ribbon, with the inside of the surface matching one side of the ribbon and the outside matching the other.
Ellipsoids influence the model by deforming the space in which the sample points sit. The model then becomes stretched or contracted in the directions of the ellipsoid.
The size of the ellipsoid has no influence; the ratios between the directions of the ellipsoid, as indicated by the coloured bands, control the orientation, as well as the ratio between different axes in the ellipsoid below.
Ellipsoids are particularly useful for modelling steeply dipping deposits, as they direct the surface generation along the trend of the deposit. Multiple ellipsoids can be used in combination to honour local structural trends.
Borehole graphics, seismic and implicit modelling modules can be added to a base Eureka licence.
For further information, email email@example.com