Upgraded Reporting Improves Efficiency

A new reporting system ensures that standard report and process requirements are being met.

Atlas Copco boosts productivity and reduces CO2 emissions.

Atlas Copco (atlascopco.com), based in Stockholm, Sweden, employs 40,000 worldwide and provides products such as compressors, air-treatment systems, vacuum solutions, and industrial power tools for customers in more than 180 countries. 

When the company needed more efficiency and better reporting from its plant in Wuxi, Jiangsu, China, it turned to system integrator Coderise IOT Technology, Suzhou, China (csiaexchange.com), for help. Coderise provides industrial software development services and data-collection products for customers in a variety of industries. In addition to creating new solutions, Coderise can migrate existing applications to the latest platforms.

The project implemented quick response manufacturing (QRM) on the cooler line at the Atlas Copco plant in Wuxi, which opened in 2013. The plant manufactures small and medium-sized industrial air compressors and portable diesel and electric-driven compressors and generators. To create the required solution, Atlas Copco and Coderise chose Ignition by Inductive Automation, Folsom, CA (inductiveautomation.com). Ignition is an industrial application platform with numerous tools for building solutions in human-machine interface (HMI), supervisory control and data acquisition (SCADA), manufacturing execution systems (MES), and the Industrial Internet of Things (IIoT).

Solving Many Problems

The new QRM system created with Ignition delivered strong results for the factory’s manufacturing of pressure vessel coolers. To produce the coolers at the Wuxi plant, all production process information needs to be tracked and archived, certification standards must be met, and certificates need to be generated.

Previously, all information from the production line was manually recorded by operators using paper, a system that was inefficient and error prone. Information could not be effectively tracked, and raw materials, meters, and measuring tools were selected and used by employees based on their own experiences, rather than on standards. This also made it harder to train new employees in an efficient manner.

“Many things were going well, but there was room for improvement,” said Jack Ji, General Manager and Sales Director for Coderise. “The new system allowed operations to move to a new level of efficiency. Good things happen when an organization is working to find a better way.”

With the new Ignition system in place, efficiency of the production line is much higher, reporting is faster and easier, and much less paper is used. Also, the incorrect use of materials, welding parameters, and instrument ranges has been effectively eliminated.

“Our production efficiency has improved a lot, due to product certification being generated automatically,” said Jiajin Jiang, Process Technology Manager of the Wuxi plant. “And I can track production status, in real time, in my office or home.”

The new reporting system ensures that standard report and process requirements are being met. It’s also saving Atlas a lot of time and money. “We hired a quality admin to handle all the reports, and there were also costs for a lot of paper every year, but now all the reports are generated from the QRM system,” said Jiang.

The cooler line at the Atlas Copco plant in Wuxi, China, manufactures small and medium-sized industrial air compressors, and portable diesel and electric-driven compressors and generators.

Unlimited Licensing 

Coderise saved money for Atlas by leveraging Ignition’s unlimited licensing, which means users can add clients, screens, tags, devices, or connections for no additional cost. “Atlas Copco had already purchased an Ignition license through us for their CNC SCADA project two years ago,” said Ji. “It was running on a local server, but with the unlimited licensing saving costs, and with the assistance of the Atlas Copco IT department, we migrated Ignition to the company cloud server to achieve Ignition resource sharing.”

Atlas Copco also saved money with a more efficient process. “We are definitely getting a good return on investment on this,” said Jiang. “We can better track product status and better arrange production plans. The cost saving is certainly worth the investment in the software and the service of the Coderise team.”

Atlas Copco is now gathering production information using a barcode scanner, which has greatly improved the speed and efficiency of information recording. The information collected includes items such as station, material, personnel, and welding machine number. “The wireless barcode scanner can be shared among multiple workstations,” said Ji. “This saves on hardware expenses. The Microsoft Surface Pro is used as a mobile client, so the operator doesn’t need to collect and input information at a fixed location, which greatly facilitates user operations and improves production efficiency.”

Looking Ahead

Training new employees is easier with the new system. “All the dashboards, buttons, and charts are designed with multi-language capabilities, so our users can easily know the functions,” said Ding Min, production team leader of the Wuxi plant. “And the interface is very friendly, so operators can master the operation process quickly.”

The project brought several other improvements. It created a product-information database, and the system performs error-proof checksums and error reminders. Signature information is digitized for more efficiency. There is more transparency of inventory information. There’s a database of annual inspection information, with automatic reminders for inspections, along with several other improvements.

Atlas Copco plans to expand upon its successes. “We do have plans to do more with Ignition in the future,” said Min. “We will continue to develop more and more applications on the Ignition platform. Not only for the QRM project but also IoT and traceability applications.” EP

For more information about Ignition, visit inductiveautomation.com.