On-Machine Solutions: Simplifying Modern Industrial Equipment

On-Machine solutions bring automation components directly onto the machine, outside of traditional electrical cabinets. This decentralized approach reduces complexity, lowers costs, and improves flexibility, allowing machines to operate more efficiently and adapt to changing manufacturing demands.

What Are On-Machine Solutions?

On-Machine solutions are modular, field-mounted automation components designed to replace large, central enclosures. By placing controllers, drives, and I/O devices closer to the process, machines become easier to design, operate, and maintain. This approach supports faster deployment, higher efficiency, and enhanced performance without increasing the system footprint.

Key Advantages of On-Machine Solutions

Implementing On-Machine architectures offers several operational benefits:

• Simplified design – Fewer components and connections reduce installation time and complexity.
• Faster deployment – Machines can be built, tested, and commissioned more quickly.
• Modular and scalable – Systems can be expanded or reconfigured to meet evolving production needs.
• Lower total system costs – Reduced cabling, hardware, and installation expenses.
• Improved sustainability – Less energy consumption and smaller physical footprint.
• Enhanced maintenance – Easier access to components and real-time data for diagnostics and troubleshooting.

Applications for OEMs and End Users

Both manufacturers and machine builders benefit from On-Machine solutions:

• OEMs – Streamline machine design, optimize layouts, and maximize utilization with integrated, field-mounted components.
• End users – Reduce floor space requirements, accelerate deployment, and improve operational efficiency with modular and decentralized systems.

These solutions support diverse industries such as food and beverage, automotive, packaging, and general manufacturing.

Core Components of On-Machine Architectures

Modern On-Machine systems include a variety of hardware:

• Distributed servo drives – Enable efficient motion control near the machine.
• I/O modules – Modular blocks that simplify connectivity and monitoring.
• Industrial PCs and HMIs – Provide local control, data visualization, and diagnostics.
• Sensors and switches – Collect process data and support safety functions.
• Motor controllers and connection devices – Manage power and communication between devices seamlessly.

Together, these components create a flexible, high-performance automation system directly on the machine.

How On-Machine Solutions Transform Operations

By decentralizing control and integrating modular hardware, On-Machine solutions:

• Shorten build and installation timelines.
• Reduce the number of components and physical cabling by up to 90%.
• Enable more efficient scaling, reconfiguration, and customization.
• Provide real-time data visibility for faster decision-making and improved performance tracking.

This approach empowers manufacturers to achieve higher throughput, reduce costs, and enhance workplace safety.

Conclusion

On-Machine solutions simplify automation by moving control elements directly onto machines, creating flexible, modular, and cost-effective systems. Decentralized architectures support faster deployment, lower maintenance, and smarter manufacturing operations, helping companies stay competitive in evolving industrial environments.