Whether your company builds canning machines, bottling systems, or high-speed packaging equipment, it’s no longer enough for your machines to excel only in mechanical performance. In canning, for example, seam integrity, fill accuracy, and line efficiency will always matter, but today the “soft technology” behind the machine is just as essential. Across the industry, OEMs are shifting from machines that simply run well to machines that also think well.
Automation technology, once slow to evolve, is now accelerating rapidly with the adoption of facility management solutions, IIoT connectivity (e.g., AWS IoT and Azure IoT hub), and AI-assisted process optimization. As a result, manufacturers in every sector, including food and beverage, are finding new ways to turn traditional equipment into connected, intelligent solutions that help customers optimize production, reduce downtime, and improve quality.
This shift offers two major advantages:
- It provides meaningful value-add for customers who want deeper insight into their operations.
- It demonstrates that your equipment remains at the forefront of technical innovation.
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The Shift to Intelligent, Connected Machines
While it is difficult to determine how common platforms like Inductive Automation’s Ignition or Siemens’ WinCC are deployed due to the proprietary nature of system design, these platforms and other SCADA or facility-management technologies are steadily gaining adoption.
And, this isn’t just a marketing gimmick. These tools provide real value by simplifying how you oversee and manage facilities down to the component level. This provides actionable information at a glance including KPIs, maintenance indicators, and SQL-integrated data. These technologies can scale alongside your business and help optimize production.
In the current space, with the significant push to bring back American manufacturing and the need for facilities to run lean – optimization of automated systems and maintenance is essential. But not every customer has a full-time controls engineer or data scientist on staff.
That’s why the integration solution has to be built into the machine itself. The HMI—when selected wisely—can deliver exactly that.
What a Modern HMI Can Do
Today’s advanced HMIs, like Weintek’s cMT X Series, offer far more than buttons and status screens. With built-in features like data historians, MQTT and OPC UA support, remote access, and even integrated CODESYS PLC functionality, these HMIs transform machines into smart systems. OEMs can equip their equipment with real-time monitoring, trend analysis, alarms, and remote diagnostics without layering on external software or hardware platforms.
Better still, these tools are not only powerful—they’re accessible. With user-friendly software like EasyBuilder Pro, OEMs can design intuitive, brand-consistent interfaces while enabling out-of-the-box connectivity to SCADA systems through common protocols such as OPC UA, Modbus TCP, and Building management systems using protocols like BACnet/IP and Modbus RTU, along with support for over 400 PLC and industrial device protocols. The result is fewer integration obstacles, lower support costs, and a significantly shorter path to deployment.
Simplifying Complexity for the End User
One of the most overlooked benefits of a future-ready HMI is how much complexity it removes for the end customer. When a machine arrives with a pre-integrated, easy-to-use interface that already speaks the customer’s language (figuratively and literally), adoption is faster, training is easier, and troubleshooting becomes far less painful.
And let’s not forget remote access. For OEMs who provide field support or offer performance monitoring as a service, secure HMI remote access tools like EasyAccess 2.0 enable real-time diagnostics from anywhere—reducing downtime and travel costs.
The Competitive Advantage for OEMs
OEMs who adopt this HMI-centric, software-forward mindset gain a serious edge. They’re not just selling machines; they’re offering complete, scalable platforms. Customers see the value in a solution that delivers both production and intelligence—and that positions the OEM as a long-term partner, not just a vendor.
As digital transformation continues to sweep through every level of manufacturing, the expectations placed on OEMs will only grow. The good news? The HMI can be the answer. It can be the smart, integrated brain of every machine—and with the right platform, it already is.
Key Takeaways:
- Supporting multiple protocols is essential for meeting strict application needs.
- The protocol chosen should always reflect the structure, processing speed, and feature requirements of the application.