Expert perspectives on manufacturing automation, robotics, and industry trends
A practical comparison of pneumatic and electric actuators for industrial automation, covering force, speed, precision, cost, and application fit to help engineers choose the right actuation technology.
How to design safety PLC systems for industrial automation. Covers SIL/PLd ratings, ISO 13849, IEC 62061, safety circuit architecture, and compliance.
A practical guide to designing industrial network architectures that connect PLCs, HMIs, robots, and SCADA systems reliably on the factory floor.
ROS 3 launches with native AI integration, real-time determinism, and industrial-grade security. Here's what it actually changes for manufacturers running robotic systems.
How to design and implement data acquisition and historian systems for automated manufacturing, covering sensor integration, data architecture, and analytics strategies for production optimization.
How to design and implement recipe management systems for batch production lines, covering ISA-88 structure, PLC integration, changeover strategies, and quality enforcement.
Practical guide to designing and managing alarm systems in industrial automation, covering ISA-18.2 principles, alarm rationalization, prioritization strategies, and reducing operator fatigue on the factory floor.
How simulation environments validate PLC and control system logic before deployment, reducing commissioning time and preventing costly errors on production equipment.
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.