Scan recent stories matching this search, find the sources covering it most often, and open complete briefs for the stories that matter.
Robot cells and machine tending solutions are transforming manufacturing by driving higher efficiency and adaptability in production lines. These technologies play a significant role in Modern manufacturing environments, supporting seamless automation across industries. Their adoption addresses longstanding challenges,
Walk into a modern shop floor and the contrast is immediate. Bright collaborative robot arms move with practised precision next to conveyors that have been running since the 1990s. Touchscreen dashboards glow above workstations where an operator still keeps a grease-stained notebook with the real setup parameters. That
Manufacturing had long relied on fixed schedules and manual control. Inventories were adjusted following shortages. Machines were repaired only after they broke down. Production goals were frequently set on assumptions and not from real operational data. That model is changing quickly. Artificial Intelligence (AI) and
Rodriques Johnpeter, global industry segment manager, Harting Manufacturers are operating in a moment where disruption is the norm, not the exception. Supply chain volatility, inflationary pressure and labor constraints all collide with a parallel push to embed automation and AI into plants that were never designed for
A Tier 1 automotive supplier with three plants across central Europe finished its 2025 capex review with a slide that had been written four years running. Eighty-six robots installed across the body-in-white area, cycle time at every cell inside its commissioning envelope, OEE figures the line manager could quote witho
By using automation to help make jobs safer and AI to catch issues before they lead to downtime, legacy manufacturers are finding real, measurable value.
Many older plants still produce dependable output, yet the systems behind that output often show their age. Support teams are asked to meet modern production goals using control systems built for a slower operating model. The gap becomes obvious when downtime rises, and fault detection arrives too late. Luckily, expert
Manufacturing isn’t just about machines anymore. Now, success relies on engineering those machines well, keeping them connected and adjusting them to match what’s actually happening on the factory floor. Application engineering for assembly systems is pushing this change, especially as factories aim for higher output w
Many manufacturers want to automate but struggle to figure out where to begin.
Summary RFID and barcode technology help businesses run tighter operations through real-time asset and inventory tracking. Barcodes bring accuracy and speed to everyday workflows. RFID automates visibility at a larger scale. Together, they reduce downtime, sharpen decision-making, and support smarter operations across
Manufacturing competitiveness is increasingly shaped not just by automation hardware, but by the software layers coordinating workflows, operational context, and real-time execution across industrial environments. For decades, manufacturing competitiveness was driven primarily by physical optimization: faster equipment
.webp%3Ft%3D1779249731)
Warehouse automation has advanced rapidly in recent years, but sizable gaps remain, especially when it comes to handling bulky, irregular goods that fall outside the scope of most systems.
Open the app to save searches, scan fresh stories, and keep useful reads in one flow.