Patlatmadan \u00f6\u011f\u00fctmeye kadar olan s\u00fcre\u00e7te, sahada, ara\u00e7 y\u00fcklerinde ve konvey\u00f6rler \u00fczerinde s\u00fcrekli olarak toplanan par\u00e7ac\u0131k boyutu, \u015fekli, hacmi ve rengi verilerini kullanarak maden par\u00e7alanmas\u0131n\u0131n analizi.<\/p>","protected":false},"featured_media":10042,"menu_order":0,"template":"","class_list":["post-10004","industries","type-industries","status-publish","has-post-thumbnail","hentry"],"acf":{"applications_heading":"Mining fragmentation and particle measurement across the value chain","applications_intro":"
Mining fragmentation analysis helps operations understand how blast results and changing feed conditions affect excavation, haulage, crushing, conveying, grinding and downstream processing. WipWare measures particle size, shape, volume and colour at points where the data supports operational decisions\u2014from benches and vehicle loads to crushers, conveyors and process circuits. Together, WipFrag<\/strong><\/a>, Reflex<\/strong><\/a> and Solo<\/strong><\/a> create a consistent measurement chain from pre-blast assessment through mineral processing.<\/p>\n","use_cases":[{"use_case_title":"Pre-blast rock-mass characterization","use_case_image":10010,"use_case_description":"Use WipJoint within WipFrag to measure joint orientation, spacing, persistence, RQD and in-situ block size from bench-wall or highwall images. This geological context helps teams understand the conditions influencing fragmentation before evaluating blast results.","related_products":[36]},{"use_case_title":"Blast fragmentation assessment and optimization","use_case_image":10035,"use_case_description":"Mining fragmentation analysis measures particle size distribution, shape, oversize and fines from muckpile, scaled field or UAV imagery. Compare benches, blast designs, explosives, timing and geological conditions, then use measured results to refine future blasts and benchmark performance.","related_products":[36]},{"use_case_title":"Load-by-load mine-to-crusher monitoring","use_case_image":10037,"use_case_description":"Measure fragmentation and colour characteristics as haul trucks, LHDs or railcars pass through a monitored location. Reflex provides load-based feedback for oversize detection, blast reconciliation, material-quality indicators and crusher-feed consistency without interrupting haulage.","related_products":[35]},{"use_case_title":"Crusher and conveyor performance","use_case_image":10039,"use_case_description":"Continuously monitor material on belts or chutes to detect oversize, excessive fines, broken screens and changes in feed distribution. Solo trends help teams relate upstream fragmentation to crusher settings, throughput and downstream process stability.","related_products":[34]},{"use_case_title":"Grinding and process-feed stability","use_case_image":10040,"use_case_description":"Track the size, shape, volume and colour characteristics of feed entering SAG, AG and other process circuits. Continuous Solo results can support operator decisions, advanced control strategies, blending, throughput improvement and energy-efficiency initiatives.","related_products":[34]},{"use_case_title":"Mine-to-mill measurement and continuous improvement","use_case_image":10043,"use_case_description":"Connect on-demand WipFrag measurements with load-by-load Reflex results and continuous Solo data. Comparing evidence across stages helps operations determine where variability begins, verify operational changes and close the improvement loop between blasting, crushing and processing.","related_products":[36,35,34]}],"resource_source":"existing","resource_post":8503,"resource_title_override":"","resource_summary":"Explore how fragmentation measurements connect blasting, haulage, crushing, and mineral processing to support better operational decisions throughout the mining value chain.","resource_image_override":false},"yoast_head":"\n