SafeSight Shaft Management Technology Delivering Step Change Anticipating clients’ expectations can create a clear market advantage for those suppliers who choose to move aggressively on the digital innovation. Mine Hoisting Plant is poised to do exactly that. SafeSight’s Digital Shaft measurement technology provides a digital solution that creates a step change in Shaft Management. Planning […]
SafeSight Power Wheel Revolutionizes Emergency Response In the dynamic and high-risk environment of underground mining, swift and effective emergencyresponse is paramount. SafeSight, a leading innovator in emergency response and mine safetytechnology, introduced a groundbreaking solution: the SafeSight Power Wheel, an integral part of theirdigital Emergency Response & Mine Rescue Tool Kit. This overview delves into
ARTICLE HIGHLIGHTS In the article, we cover key transformation outcomes for shaft management: Shaft Measurement Reimagined Our innovation team has spent the last 24 months putting into practice high-fidelity shaft measurement using the latest lidar technology. This approach provides a millimeter of accuracy wow generating top to bottom 3D model oh the targeted compartment. Using
Underground Mapping Applied Our mapping drone has been in production since 2018 and has supported some amazing digital transformation. The benefits of in motion LiDAR are dramatic in terms of safety and productivity: The figures below show the comparison between traditional CMS (in red) and the LiDAR drone scan (in blue) Maximized Use Cases Underground
Changing the MRC Safety Model How do you dramatically reduce the level of risk and increase the worker safety when developing a raise or a pass with a Mechanical Raise Climber ? By deploying the MRC Rail Runner V2 that how. Our newest release of the Rail Runner now supports gas detection with and embedded
New Tools for a New Age Mine Rescue and Emergency Response has continued to develop and evolve the performance and sophistication of their people, processes, and tools. Much attention has been dedicated to improvements to breathing apparatus to increase capacity and responder safety when in harms way. SafeSight has dedicated several years of development, field
Situational Details: Fire occurred in an underground operations room. Travel Time from surface to Fire: 30 minutes Crews responded to fight the fire. First water suppression was used and found to be ineffective. Then a barricade was built to fill the area with firefighting foam. The foam did not seem to be reaching the fire.
More and more of our clients are looking to introduce larger equipment underground. The immediate benefits are clear – more muck per truck means more tons per day. The real challenge is; will the new equipment fit in the existing ramps and drifts? Answering this question impacts the overall Return on Investment(ROI) and the work
Recent advancements in mining drone technology have provided mining companies with invaluable tools to improve resource management, operation planning and mining personnel safety across a wide variety of mining sites. These improvements have been driven by advanced lidar drone technology that can be used to support mining operations by delivering a highly accurate site model
How Mining Drones Improve Safety & Efficiency for Mining Operations Read More »
Underground mining has a long history and is widely practiced around the world, using a variety of techniques to extract everything from diamonds to precious metals to coal. Despite the major differences in techniques, geography, and materials across mining operations, the mining industry remains inherently dangerous for workers. In order to overcome safety challenges and
