NextBeam’s Post

🚀 Exciting Tech News! 🚀 The University of Mississippi has developed a groundbreaking laser-based technology called LAMBDIS for faster and safer landmine detection. This innovation could revolutionize landmine removal, making it quicker and more efficient, and has potential applications in infrastructure inspections and non-destructive testing. Stay tuned for more updates on this life-saving technology! #TechInnovation #LandmineDetection #Safety #LAMBDIS #BitCloud #BitCloudSolution

Why is the Dipperfox Stump Crusher a game-changer in Japan? The secret is in the safety. Traditional stump removal in urban areas required a large team of 10-20 people to manage safety zones and control debris. But with Dipperfox, that number drops dramatically to just 3 people! Intrigued by how this sleek technology not only enhances safety but also cuts costs significantly? Dive into our comprehensive case study to discover the impressive details.👇 #stumpremoval #stumpcrusher #dipperfox

Discover how BMH Technology and Parker collaborated to design a complete hydraulic system for TYRANNOSAURUS Shredders and Crushers. https://prker.co/4gaeE2D #IndustrialManufacturing #HydraulicSystem

Laying the foundation for stronger roads! 🏗️ With ISI-marked Geotextiles in subgrade stabilization, quality is always the first step. #compliance #biscertification #biscertificate #biscertified #bis #diligencecertification #Diligencecertifications #QualityAssurance #QualityAssured #roads

💥 Innovation for emergency blowout 💥 During an emergency blowout, vessels and equipment need to be kept out of harm’s way but the well still needs to be capped quickly and properly. InterMoor, a brand in Acteon’s Moorings and Anchors business line, has patented an innovative shallow water capping stack installation method. Their split lowering system (SLS) brings many benefits in the case of a blow-out, not least in relation to #safety. ➡️ Read more about it here: https://hubs.ly/Q02_3Z-50 #offshoreinstallation #innovation #emergency

Discover how BMH Technology and Parker collaborated to design a complete hydraulic system for TYRANNOSAURUS Shredders and Crushers. https://prker.co/4gaeE2D #IndustrialManufacturing #HydraulicSystem

Just like this eight-legged critter, our inspection technology weaves its way through the most intricate networks, ensuring that your pipes are clear and efficient. 🕷️ At PipeAId™, we’re no strangers to surprises lurking in the shadows of our sewer systems. Our AI-driven inspection tool is designed to identify everything from hidden defects to unexpected visitors—like our little spider friend! With our cutting-edge technology, nothing goes unnoticed, and every detail is captured, allowing us to address issues before they become a fright. #UnexpectedGuest #SewerInspection

DTD controller mimics natural light cycle Mimicking the natural light cycle is conducive to good animal behaviour. Just like humans, abrupt contrasts in luminosity can cause stress and disrupt your animals’ well-being. The DTD controller allows you to dim CBM lighting products from 0.2% to 100% without flickering. #livestock https://lnkd.in/ed5X8HwT

#feragskyfall combines conveying, buffering, sorting, consolidating and processing in one system. It is based on shuttles and trolleys combined with application-specific load carriers, along with the use of gravity. ferag.skyfall can be used in the third dimension to save space, thus freeing up valuable fl oor area for value creation processes. The system is universally applicable and can be expanded with additional functions and capacities at any time. #ferag #intralogistics #pouchsorter

New insights into mooring line snapback events! 🌊 Our team has taken a critical step in breaking down the true dynamics of mooring line snapback events. Conventional methods oversimplified these events, underestimating their severity. Using world-first testing, we accurately characterised these impacts, to provide clearer understanding. Read our full paper here: https://lnkd.in/gWHWjGEb This analysis helps us better assess associated risks and enhance the design of snapback arresting structures and other control measures for safer maritime operations. If you're interested in how you can apply these insights, please reach out to Raymond Keane or Ben Poulter. Together, we can raise safety standards in maritime operations. #Snapback #MaritimeSafety #Mooring #Research