Engineering & Construction · Topic
Robot Safety
5 articles from Engineering & Construction practitioners
3 Core Benefits of Industrial Automation
The Ford Legacy: Why Industrial Automation Still Relies on Three Core Pillars When people ask about the benefits of industrial automation, the conversation often turns to the latest sensors, AI, or high-speed robotics. But to understand why we do what we do at Kasa Controls and Automation, you have to look back a century to…
Robot Safety Is a Survival Skill—Not a Perk. Vecna Robotics Aligns People, Process, and Tech for Scalable and Safer Automation
Warehouse automation is rising sharply, with Gartner predicting that more than 75% of companies will have integrated cyber-physical systems into their operations by 2027. While this growth is driven by increasing demand for flexible, scalable fulfillment solutions, it brings new operational and robot safety challenges that traditional warehouse cultures and systems aren’t always prepared for….
Vecna Robotics Powers Scalable Warehouse Automation Through Human-in-the-Loop Support
Warehouse automation is no longer a fringe concept—it’s accelerating fast. According to McKinsey, robot shipments are expected to grow by as much as 50% annually through 2030, and warehouse automation spending is rising by over 10% each year. As companies race to modernize operations, it’s becoming clear that real performance doesn’t come from hardware alone——it’s…
Vecna Robotics’ CaseFlow Is Making Case Picking Smarter, Safer and Faster
Despite the growing buzz around warehouse automation, a major piece of the puzzle remains largely untouched: case picking. While autonomous vehicles and robotic arms are gaining traction, many warehouses still depend on manual labor to move cases from shelf to pallet. This inefficiency not only slows down throughput but also places strain on workers…
Pharma & Life Sciences Gain an Efficiency Upgrade Through Robotics
Automated systems are reshaping drug development and manufacturing by reducing manual tasks and maintaining productivity during critical disruptions