Expert perspectives on manufacturing automation, robotics, and industry trends
A practical guide to retrofitting modern control systems on legacy manufacturing equipment, covering PLC upgrades, HMI replacements, I/O mapping, and commissioning strategies that minimize downtime and extend machine life.
Compare distributed and centralized control architectures for industrial automation, covering PLC topology, network design, fault tolerance, scalability, and practical selection criteria for manufacturing systems.
How TSN enables deterministic, low-latency Ethernet for industrial automation. Replaces proprietary fieldbus protocols with a unified IEEE 802.1 standard.
How to build a preventive maintenance program for industrial automation systems that reduces unplanned downtime, extends equipment life, and protects your capital investment.
A practical guide to predictive maintenance technologies including vibration analysis, thermal imaging, oil analysis, and ultrasonics—covering sensor selection, data infrastructure, and phased implementation strategies for manufacturing equipment.
Practical framework for managing spare parts inventory on automated production lines, covering criticality analysis, stocking strategies, and supplier management.
How to structure training programs for automation technicians covering electrical, mechanical, PLC, and robotic systems to reduce downtime and build internal maintenance capability.
Practical strategies for implementing remote support on industrial automation systems, including network architecture, diagnostic tools, security considerations, and escalation procedures that minimize downtime.
Yaskawa demonstrated an AI welding system that learns parameters from expert welders, cutting programming time 80%. How learning-from-demonstration changes robotic welding.
Practical strategies for managing component obsolescence in long-life automation equipment, from proactive lifecycle tracking to retrofit planning and spare parts management.
Essential documentation packages for automation systems: electrical schematics, mechanical drawings, PLC programs, HMI specs, and maintenance manuals that keep lines running.
Proven commissioning and startup procedures for industrial automation systems, covering FAT, SAT, I/O verification, safety validation, and production ramp-up strategies.