maptek vulcan underground drift development

Modelling and filtering tools in the accompanying software are best fit for working with underground data. The flexibility of vehicle and tripod mount compatibility is another persuasive aspect. This adds value for critical tasks as change detection, calculating volumes of material removed from drifts, and design conformance.’Ī high rate of accurate data acquisition, ease of use, IP65 environmental rating and wide field of view for underground survey are notable system advantages. ‘The positive experience from a fairly routine job to create a 3D map of an underground mine builds confidence in the system for additional applications using the data captured. ‘Customers have called the technology a game changer for improving site efficiency and enhancing integration of survey with mine planning.’ ‘Operations who choose Maptek laser scanners for one particular survey application, quickly find many more uses across their different engineering and planning disciplines,’ said Mine Measurement Product Manager for Maptek, James Howarth. This facilitates real time comparison between the scans and allows users to compare this directly to the mine plan or geological models while underground. New functionality on the tablet controller allows users to import mine CAD strings and surfaces to view together with scans. Whatever the orientation of the scanner, integrated levelling automatically corrects scans before processing. High fidelity imagery captured underground at the same time as scanning provides context and support for analysis and communication.Ī scan window of -40° to 90° vertically, and 360° horizontally captures all surfaces in any direction without the need for complicated configurations. High resolution laser scans collect detailed data for geological and geotechnical face mapping. Surveyors will be able to measure stopes, drives and tunnels with ease. The SR3 laser scanner weighs only 9.6 kg and is accurate to 4 mm. Survey teams can work faster and smarter, with confidence that accurate, current topographic and volumetric data is guiding mine planning and geotechnical investigations. The R3 series is 30% smaller and 25% lighter, with 2.5 times faster data acquisition than the earlier I-Site 8000 scanners. The SR3 follows the extra long range XR3 and long range LR3, which came onto the market in 2017. Which is why the new Maptek I-Site SR3 600-metre range laser scanner is destined to become the mine measurement standard for underground operations. Whether for general underground survey or detailed geological face mapping, few understand the mine survey challenge like Maptek.

New SR3 underground laser scanner from Maptek

Maptek vulcan underground drift development