WipWare leads the industry in automated fragmentation analysis with proven solutions used in mines and quarries around the world. Founded as the original pioneer of photo-based particle size analysis, WipWare has spent decades helping operations optimize blasting, crushing, and overall throughput. Our mission is simple: help operations get home safer and sooner, reduce environmental impact, and do more with less. We design rugged, reliable systems and software that provide real-time insight for continuous improvement. Watch how WipWare’s history, innovation, and customer partnerships drive better performance across the entire value chain. Learn more!
WipFrag delivers photo-based fragmentation analysis for blast and crusher optimization. It uses advanced AI-powered image processing to provide accurate particle size distribution (PSD) and rock quality designation (RQD) from bench to mill. WipFrag runs on all mobile and desktop platforms, enabling fast decisions, historical tracking, and continuous improvement across your entire operation. Don’t trust the imitators… choose the #1 fragmentation analysis software in the industry! Learn more.
Continuous, real time fragmentation analysis on conveyor belts and chutes, without stopping production or degrading material. Eliminate guesswork and keep your operation running. Improve mill throughput and respond proactively to process changes. Completely automatic; energy cost savings; reliable results for size, shape, volume and colour data. Learn more!
Reflex provides automatic real time fragmentation analysis on moving haul trucks, scoop trams, rail cars and more, without disrupting production. It operates autonomously in harsh industrial environments and delivers accurate data for blast optimization, historical analysis, and direct process control. Learn more!
WipFrag’s WipJoint feature analyzes structural geology data to map joint planes, fractures, and discontinuities for blast and slope design and rock quality designation (RQD). It uses field photos and digital inputs to generate apparent orientation rosettes, spacing measurements, and in-situ block size calculations. Faster decisions, safer designs, and improved fragmentation outcomes. Learn more!
Um breve tutorial sobre como capturar imagens para análise de fragmentação usando o recurso Auto Scale do WipFrag. Quando estiver pronto para tirar uma foto no campo, você pode fazer isso sem o uso de objetos de escala usando o recurso Auto Scale do WipFrag. É um processo muito simples de 3 etapas. Este vídeo mostra brevemente o processo para iniciar novos usuários do WipFrag.
Um breve tutorial sobre Blast Cast, um modelo de otimização de explosão simples e poderoso integrado ao aplicativo WipFrag do WipWare e uma maneira fácil de otimizar suas explosões. Depois de terminar de analisar o tamanho da partícula e a distribuição da forma do material detonado com o aplicativo WipFrag, você pode otimizar sua próxima detonação com base nos resultados. Use Blast Cast para visualizar uma curva de explosão prevista junto com os resultados do material atual. Você pode então manipular a altura da bancada, carga, espaçamento, diâmetro do furo, fator de rocha, precisão da broca, resistência de peso relativa e densidade para ver como as mudanças nesses fatores afetarão a fragmentação.
UAV orthomosaic analysis made easy! This tutorial takes you through the simple steps of creating an orthomosaic image using WipFrag. With this new feature, you can create drone orthomosaic images from drone flights and analyze them for fragmentation results.
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