Sustainable Manufacturing Through Automation
How industrial automation reduces waste, cuts energy consumption, and enables sustainable manufacturing practices across production operations.
Expert perspectives on manufacturing automation, robotics, and industry trends
How industrial automation reduces waste, cuts energy consumption, and enables sustainable manufacturing practices across production operations.
What lights-out manufacturing actually requires in terms of equipment reliability, process control, material handling, and system integration to run production without operators on the floor.
How automated pharmaceutical packaging lines integrate serialization and track-and-trace systems to meet FDA DSCSA requirements while maintaining production throughput.
How a high-volume EV battery module assembly line achieves 500,000 units per year through integrated automation, precision joining, in-line testing, and full traceability.
How a consumer goods manufacturer deployed robotic mixed-case palletizing to handle diverse SKUs, reduce labor costs, and increase throughput across multiple packaging lines.
How automated semiconductor packaging systems handle sub-millimeter components with precision placement, vision-guided alignment, and controlled environments for advanced IC packaging.
Tesla has deployed Optimus humanoid robots in its factories for basic material handling. Here is what this means for industrial automation and why purpose-built robots still dominate.
How contract manufacturers use modular automation, quick-change tooling, and flexible robotic cells to run multiple product lines efficiently with fast changeover.
How manufacturers connect legacy equipment to modern IIoT platforms, enabling real-time monitoring, predictive maintenance, and data-driven decision making without full equipment replacement.
Compare RAPID, KRL, Karel, TP & URScript in this 2026 guide to choosing the right industrial robot programming language.
A practical comparison of EtherNet/IP, PROFINET, EtherCAT, and other industrial Ethernet protocols for automation engineers selecting the right network for their systems.
A practical engineering guide to sizing and selecting servo motors for industrial automation, covering torque calculations, inertia matching, duty cycles, and common mistakes.