From Device to System: Schneider Electric’s “Golden Quartet” Empowers Collaborative Upgrade in Food
Time:2026-05-29 Browse: 1
China’s food packaging market continues to grow steadily. Industry reports predict that by 2029, the market scale of the country’s food packaging sector could approach RMB 1.5 trillion. Behind this massive market is a continuous upgrade in consumer preferences and production models: demand for personalized packaging is rising, material systems are becoming increasingly diverse, production is accelerating toward smart and digital operations, and companies are expanding their global footprint. These factors are collectively shaping a new stage of industry development.
Amid this evolution, companies face complex challenges: how to maintain high responsiveness under multi-SKU and small-batch production, how to balance product quality with line speed, and how to advance digital transformation in a controllable manner. The food packaging industry is transitioning from localized equipment upgrades to emphasizing system-level capabilities and overall operational synergy.
In this context, Schneider Electric has introduced its domestically developed next-generation machine motion control solution, the “Golden Quartet,” to the food packaging sector. The solution includes the Harmony ET5 HMI, Altivar 305 general-purpose inverter, Lexium 18ME servo drive with BEH18 servo motor, and Modicon M310M motion controller. By leveraging native collaboration among core motion control components, the system-level design maximizes overall performance, offering four key benefits: efficient coordination, flexible adaptation, balanced performance, and simplified operations—providing food packaging enterprises with a more predictable path to transformation and upgrade.
Native Collaboration Builds a Robust System Foundation
As packaging equipment and production lines become more complex, improving a single device’s performance often cannot independently boost overall efficiency. High-level device coordination has emerged as a key industry focus.
The “Golden Quartet” unifies HMI, controller, inverter, and servo components in design, enabling tighter coordination across communication, control, and execution layers. This end-to-end “sense-decision-execute-adjust” approach can improve device response efficiency by up to 30%. For example, in multi-lane small bag vertical packaging machines, the combination of Lexium 18ME servo systems with the Modicon M310M motion controller enables highly consistent motion control responses, enhancing operational stability and output uniformity.
This collaborative advantage also extends to commissioning and maintenance. Higher integration simplifies system setup and debugging, allowing equipment manufacturers and end-users to focus more on process optimization and production capacity improvements.
Flexible Adaptation to Meet Dynamic Production Needs
Rapid changes in food consumption are driving packaging lines toward higher flexibility. The increase in SKUs and fragmented orders demands higher efficiency in changeovers and system scalability.
The “Golden Quartet” demonstrates flexibility through its unified control platform architecture. The Modicon M310M motion controller supports up to 64 axes of synchronous control, covering core applications across horizontal, vertical, labeling, and filling machines, reducing complexity from multi-platform operations.
Recipe management and parameter recall mechanisms enable efficient parameter adjustments during product changeovers. In small-batch, multi-lot production driven by e-commerce, operators can call preset recipes through the HMI touchscreen, and the controller coordinates with servo axes to quickly load parameters and complete positioning, shortening setup time and improving overall line utilization.
Modular expandability allows companies to upgrade equipment and adjust production lines progressively, providing greater operational flexibility and a smoother path to capability enhancements.
Balanced Performance: Speed Meets Quality
High speed and high precision must be balanced in food packaging. Overall system performance depends on the coordination between control algorithms and execution components.
Through deep collaboration between the controller and servo systems, the “Golden Quartet” supports high-speed synchronous control scenarios. In multi-lane vertical packaging machines, native communication between the Modicon M310M and Lexium 18ME enables millisecond-level synchronized control. With speed loop bandwidth up to 3.2 kHz, the system quickly corrects deviations during high-speed operations, reducing misfills and errors.
When handling delicate products such as bread or puffed snacks, the BEH18 servo motor equipped with a 23-bit high-resolution encoder ensures sub-millimeter positioning precision. The Lexium 18ME servo drive’s adaptive gain algorithm compensates for load changes, ensuring smoother motion and minimizing product damage.
This synergy between rigid control and flexible handling enables balanced performance under varied conditions, supporting overall equipment efficiency improvements.
Simplifying Complexity for Digital Transformation
Although digital transformation is widely acknowledged, companies often prioritize feasible implementation and ROI balance.
The “Golden Quartet” pre-embeds data acquisition and communication capabilities at the device level, laying the foundation for future digital applications. Traditional horizontal packaging machines often rely on manual record-keeping due to the lack of standard interfaces. By using the Modicon M310M as a data node, critical operational parameters such as servo torque and inverter energy consumption can be collected and transmitted in real-time, supporting production visualization and condition monitoring.
The EcoStruxure Machine Expert software platform provides standardized function blocks and industry application templates, shortening development cycles and reducing dependency on specialized programming skills, making digitalization more accessible.
Based on these data and platform capabilities, companies can explore remote diagnostics and predictive maintenance, shifting maintenance from reactive to proactive management. For example, the Modicon M310M gateway enables remote access to servo status in multi-lane packaging machines, facilitating rapid fault detection and risk prediction based on data analytics.
Practical Application: Collaborative Value in Equipment Innovation
In collaboration with a leading Zhejiang packaging equipment manufacturer, the “Golden Quartet” served as the core control system for next-generation high-speed horizontal packaging machines and intelligent sorting lines.
During commissioning, advanced automation and mechanical design enabled packaging speeds of 1,500–2,000 packs per minute. Automated parameter adjustment on the intelligent conveyor line reduced manual parameter tuning by approximately 20%, significantly improving production efficiency and product quality.
As food consumption patterns and production models evolve, the competitive logic in packaging equipment is shifting from single performance metrics to system coordination capabilities and long-term competitiveness. Schneider Electric’s “Golden Quartet” offers a native collaborative, hardware-software integrated solution, providing a sustainable pathway for the food packaging industry’s upgrade and digital transformation.
