ABB will showcase its innovative solutions at AGG1, the top exposition and education resource, in Nashville on March 25-27. Attendees are invited to visit Booth 717 to learn about the company’s motor line, designed to meet rigorous demands and harsh conditions reliably and efficiently while achieving lower life cycle costs. 

While the factory has received a modern makeover in recent years, it’s no surprise various industrial segments are taking advantage of digital tools to promote efficiency, sustainability, and productivity. The farming and agriculture community has embraced automation, robotics, IIoT, drones and autonomous vehicles to address global food demands and production limitations.

Mitsubishi Electric Automation, Inc. is proud to be in attendance at the AHR Expo 2024! Mitsubishi Electric has been demonstrating at AHR for almost two decades as one of the leaders in the HVAC industry. The AHR Expo this year will be held at the McCormick Place in Chicago, IL to showcase the industry’s newest technologies and innovations.

There is growing financial risk to maintaining operational wind turbines. The average lifespan of a wind turbine is around 20 years and as components within turbines begin to approach the end of their lifecycle, performance can decline resulting in reduced productivity. Meanwhile, recent reports have highlighted that new, larger capacity machines could lead to a rise in component failures and mechanical breakdown issues as manufacturers push to develop bigger turbines, faster.

ABB Robotics has released its new modular OptiFact software platform, which streamlines data collection, visualization, and analysis in automated production facilities. The platform enables users to collect, manage, and analyze data from hundreds of factory devices, including ABB robots, to determine key performance indicators including cycle time and overall equipment efficiency (OEE). By speeding up diagnostics and decision making, OptiFact increases the production line uptime with less engineering effort, ensuring production can keep pace with customer demand.

Mechanical motion components, though relatively small, contribute immensely to the safety of multiple systems like automobiles, manufacturing systems, elevators, water treatment facilities, etc. Motion components experience wear and tear over time caused by:

• Friction as motion surfaces come into contact with adjacent components.
• Corrosion due to exposure to chemicals, humidity, and corrosive gasses
• Fatigue emanating from repetitive stress and strain.
• Improper lubrication and system overloads

The prediction and prevention of catastrophic failures and unplanned downtime has vastly improved areas like mining, energy, off-highway, and other industrial segments for MRO departments across manufacturing thanks to cutting-edge condition monitoring technology and predictive maintenance. 

Gates Design Power and Gates Design Power Mobile combine unique functionality to provide an end-to-end solution that can help from basic troubleshooting and site surveys to full site chain-to-belt replacement and create your most complex power transmission (PT) design applications.

After reading Senior Editor Matt Jaster’s article this issue (“Advancing Technology for MRO,” p. 18), I have visions of the maintenance engineer of tomorrow. He’s not wearing a hard hat and steel-toe boots. No, he’s wearing ripped jeans and a ball cap (backwards), and he’s holding a game controller, because he’s operating the drone system your company is using to do visual and thermal inspection of your equipment, saving you enormous time and effort in your predictive maintenance routine.

Nearthlab, a leading provider of autonomous drone technology, announced that the company is scaling up its strategic partnership with ONYX Insight, a global provider of predictive maintenance solutions (PdM) beyond North America to Europe and APAC. The expansion comes a few months after the initial kick-off in March.