When it comes to pathogen testing, processors must choose from a number of processes, as well as whether the work will be done in-house or through a contract laboratory.
It is estimated that electric motors account for 45 per cent of global electricity demand. That’s not surprising when you consider that they’re used to drive everything from pumps and fans to compressors in industries as varied as industrial, commercial, agricultural and transport.
Sensors can help ensure that automated processes are working correctly, provide feedback on production and improve quality control efforts. But food processors have to be sure that they understand what they need to do to get the most out of their sensing technology.
Total productive maintenance takes PM to the next level, while integrating CMMS, EAM and ERP systems increases the level of performance of maintenance activities
In Part one of this article, published in the July 2018 issue of Food Engineering, we looked at the costs of reactive maintenance strategies, preventive maintenance (PM), risk-based PM strategies—and whether any form of PM could provide the depth-of-maintenance knowledge as that of a predictive maintenance (PdM) system. In the second part of this article, we’ll look at TPM, integrating CMMS and EAM systems with ERP systems, training and manpower issues and IIoT integration.
You probably don't have to think back too far to realize how tedious it was updating your automation software for PLCs, PACs, smart sensors or industrial network devices.
Today’s computerized maintenance management systems and enterprise asset management systems take the drudgery out of keeping track of service records, replacement parts and breakdowns.
Most machine builders supply PM schedules for the equipment they build. But managing a large number of machines—all with their own PM cycles—is no picnic.
One of the main purposes of FA&M is to explore the future of food processing and what food and beverage companies are doing now to position themselves well for the next few years.
In April, I presented a case for why digital transformation in the Food & Beverage industry has now come of age. Food Engineering hosted their Food Automation & Manufacturing conference in Bonita Springs, Florida. Industry leaders gathered to explore the latest trends and technologies in manufacturing, automation, sustainability and food safety. Leading brands like Maple Leaf, PepsiCo and Land O’ Frost shared strategies on driving innovation and sustainability through digital transformation strategies.
If there is one thing you need to know now about the digital revolution, it is that it is much more than merely purchasing new equipment, software or services.