#Auto lab plainfield software

Numerous activities had to occur simultaneously. The aggressive schedule required teamwork among the two companies, with strong convergence of SCADA and laboratory technologies. The biological process we were trying to implement was evolving over the course of the project, so we needed a platform that would be flexible with us to stay up to date with those changes.вЂќ вЂњWe had to move quickly because of COVID - and the knowledge we had was constantly changing, because the virus was changing and our scienceвЂ™s understanding of it was changing. вЂњThe pace of this project, I would say, is pretty unprecedented in the automation world,вЂќ Mangels said. вЂњWe couldnвЂ™t have done that without all the capabilities of the Ignition software.вЂќ вЂњWe went from initial concept to final bio-validation of the laboratory in about nine months,вЂќ said Jay LaFave, project engineer for DMC. The lab instruments used a variety of different communication protocols, but the SCADA system tied things together with a consistent interface for users. Events occurred multiple times per second throughout the lab across the PLCs, and the SCADA system captured all the data. The SCADA system also provided real-time dashboards for production data, reliable storage of event data and traceability data on all samples. вЂњIt was really good at managing that high volume of data that something this complex requires.вЂќ вЂњThe SCADA platform really shined in processing the massive volume of data and commands and tag changes that happen and flow through a system like this,вЂќ said Paul Mangels of DMC. Courtesy: Inductive Automation Up to the task And, to make these two communicate together, we needed a smart SCADA platform that can bridge the gap between these two worlds.вЂќДЇigure 1: The new Ginkgo Bioworks lab has more than 40 automated work cells, including robots, programmable logic controllers (PLCs), lab equipment and vision inspection systems. вЂњWeвЂ™re trying to blend industrial automation, where you see a lot of robots and PLCs, and lab automation from the world of biology. вЂњIn a large, automated facility like this one, weвЂ™re blending a couple of different forms of automation,вЂќ said Henri Girard, automation engineer with Ginkgo Bioworks (see Figure 2). It was the first time Ginkgo had done automation at this scale, so it asked DMC to help. This project leveraged the strengths of both companies. Ginkgo Bioworks is based in Boston and is working to make biology easier to engineer on several fronts.

#Auto lab plainfield software

The engineering consulting firm focuses on software development and control systems in a variety of industries, including pharmaceutical, automotive, oil and gas, and food and beverage. DMC has offices in several cities in the U.S., including New York, Boston, Chicago, Houston, Dallas, Denver, St.