With over 40 years of local, flexible, and responsive EMS experience, Karré takes a confident step forward into the digital factory with Aegis Software, enhancing their leading industry values.
HORSHAM, PA – Aegis Software, a global provider of Manufacturing Execution Software (MES), today announces that Karré Elektronik has selected Aegis as their trusted software provider of IIoT-driven MES software.
Aegis’ modern IIoT-driven MES platform, FactoryLogix®, comprising execution management, Lean material management, advanced quality management, and analytics, represents a natural and essential progression of manufacturing best practices, bringing software-driven automation to many time and quality critical areas of the daily factory operation.
“Being flexible and competitive are key strategies that maintain Karré’s value differentiation in the market. The adoption of Aegis’ paperless work instructions enables complex, high-mix assembly production, with volatile customer demands, to be executed efficiently without risk of mistakes,” states Alexander Jung, CTO Development & Project Management, Karré Elektronik. ”But that was just the start. Having a seamlessly integrated MES, including Lean material management, means that we are in complete control of key production operations and dependencies all in one place. All of the activities and status updates can be seen immediately through dashboards and analytics all the way up to the enterprise level, and across sites.”
Daniel Walls, European Managing Director, Aegis Software, states, “Karré is an excellent example of how electronics manufacturing services thrive when located close to their customers and market, through excellence of meeting customers’ core business needs with the aid of differentiating software technology. We are very pleased that FactoryLogix is helping an ever- growing number of customers in the DACH region.”
Customers of Karré Elektronik are assured of world-class service, together with the differentiating focus and flexibility of a local partner, providing the highest possible quality and cost-effective manufacturing performance.