Kontron AIS Blog
Here, our colleagues share their knowledge and ideas about our day-to-day business, product insights, and inspiring use cases.
All blog posts
-
From the edge to the cloud: New potential for component and device manufacturers as well as mechanical engineering compa
Edge devices are transforming industrial automation by not only processing data efficiently, but also providing critical insights for process optimization. Integrating security and connectivity with fleet management and digital services enables highly scalable and secure systems.
-
Pilot projects – Make sure you avoid these pitfalls when digitalizing your production
You don’t necessarily need a think-big approach to start production digitalization. We'll show you why it's worth taking a look at pilot projects, which five pitfalls to avoid and what the ideal preparation looks like.
-
Multilingual customer portal: New translation functionality offers communication without borders
The new translation functionality of EquipmentCloud® enables mechanical engineering companies to offer a new level of customer service: The multilingual customer portal ensures communication without borders worldwide. An innovation that strengthens the bond between mechanical engineering companies and operators and crosses cultural borders.
-
Sustainability as a Corporate Culture: Our Path to a Greener Future
As a company with over 250 employees, we see it as our responsibility to take a critical look at our ecological footprint. In addition to the environment, we also focus on social and economic factors in terms of sustainability.
-
A crystal-clear future: How EquipmentCloud® is revolutionizing the production of wafers and crystals
Take a look into a crystal-clear future where industrial manufacturing processes are seamlessly linked to the latest information and communication technologies. The “Wafer 4.0” project has revolutionized crystal and wafer manufacturing, opening up a new era of efficiency.
-
Shaping the future: How low code is sustainably redefining and changing connectivity
Low code is a connectivity game changer that is here to stay because it enables highly efficient workflows for interface integration. Discover the advantages that low code offers for driving the digitalization of your production.
-
Four security standards that mechanical engineering companies need to know about in 2024
We outline the four most important EU security standards: EU Data Act, Cyber Resilience Act, NIS2 and IEC 62443, and show you how they strengthen cybersecurity. Face future challenges now to ensure your success in volatile times.
-
Solar trends in Silicon Valley: my trip to PV Cell Tech 2023
PV Celltech is the hotspot for PV experts in the USA. The conference in San Francisco offers insights into the latest developments and challenges in the solar industry. Our Senior Sales Manager for Manufacturing Execution Systems, Frank Tannhäuser, was there once again this year and reports on his experiences.
-
Opportunities and challenges in the digitalization of production control for medical products and pharmaceuticals
Manufacturers of medical products and pharmaceuticals face major regulatory challenges in the digitalization of their production. Read our interview to find out exactly what these are and how GMP-compliant production control in particular can help.
-
David or Goliath? What is the difference between the introduction of a line controller and a factory-wide MES?
MES or line controller? This is a question many production managers ask when digitalizing their manufacturing processes. We will explain the differences in launching both production control systems in terms of duration, tasks and costs.
-
Connectivity in the world of IIoT
Fully networked manufacturing requires interface connectivity between heterogeneous systems. Software for interface integration provides an advantage here in achieving the goal of a reliable, secure and flexible connection.
-
Coating technology 2.0: How software is revolutionizing the production of photonic components
The joint project 3D-FF explored ways to improve magnetron sputtering technology to enable high-precision coating systems for photonic components — and the software know-how of Kontron AIS was also called upon.
-
How data analysis at process level boosts service success in mechanical engineering
Machine manufacturers benefit from the in-depth analysis of process values through regional comparisons, proactive service and insights for product development.
-
Cloud-based production control system: An insight into the Kontron AIS AllMeSa funding project
Together with ten partners, Kontron AIS GmbH is participating in the AllMeSa research project funded by the Federal Ministry of Education and Research (BMFB).
-
No two OEE’s are the same! How machines can be evaluated across industries
Overall Equipment Effectiveness, better known as OEE, is the gold standard for measuring productivity in manufacturing. Read here how machines can be evaluated across the board.
-
How to maximize the efficiency of your site acceptance tests during commissioning
Learn how to improve the efficiency of Site Acceptance Tests (SATs) for smooth commissioning and discover best practices for streamlining the entire process.
-
Product insight: How to increase productivity and customer satisfaction with machine monitoring
Visualize, analyze and anticipate: This portfolio review sheds light on the importance of machine monitoring from various standpoints.
-
Device management: A must-have for IT managers in mechanical engineering
Management and monitoring of IoT devices in the field: The must-have for IT managers in mechanical engineering. From central onboarding to management and monitoring — all in one tool.
-
Digital customer portal: Benefits for sales and service
Sales and service go hand in hand!? This is no longer wishful thinking but is becoming an integral part of standard practice.
-
Data-based maintenance: Intelligently planned and implemented with a focus on saving resources
Digitally planning maintenance of machines and systems and using artificial intelligence to calculate service cycles: that is the future of mechanical engineering.
No entries