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Single CPU, Robust Control of 16+8 Axes: Unleash System Potential
In industrial equipment upgrades, achieving complex control with fewer hardware components remains a core challenge. Traditional multi-axis motion control often relied on multiple controllers or mechanical linkages—costly, space-consuming, and maintenance-intensive. Now, a single MPLC controller can simultaneously manage 16-axis EtherCAT bus servos and 8-axis pulse axes, integrating multi-axis coordination and high-precision motion into one device, simplifying control and enhancing production flexibility..png)
Traditional solutions required multiple PLCs or expansion modules to control servos and pulse axes. The single MPLC natively supports 16-axis EtherCAT bus servos and 8-axis pulse axes. This highly integrated design reduces hardware costs, minimizes inter-device communication delays, boosts multi-axis synergy efficiency, and simplifies wiring, debugging, and maintenance.
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Using electronic cam functions, the MPLC enables precision-synchronized processes like chasing cuts and flying cuts. Users freely configure cam curves and adjust motion points, replacing traditional gears, clutchers, or shaft systems. This eliminates mechanical wear and periodic maintenance while allowing real-time parameter adjustments via software, adapting swiftly to diverse production needs.
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The MPLC supports linear, circular, and 3D helical interpolation for multi-axis coordination. Complex trajectory cutting, engraving, or multi-axis assembly tasks achieve smooth operation through interpolation algorithms. This meets high-precision, multi-dimensional motion demands while reducing reliance on specialized mechanical structures, streamlining device design.
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Integrated with external sensors, the MPLC executes fixed-length or fixed-angle interrupt control. For example, during feeding, cutting, or processing, real-time detection of material positions or angles triggers precise actions, ensuring accuracy and continuity. Ideal for positioning-critical applications (e.g., edge sealing, grinding), it boosts efficiency and reduces manual intervention.
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The MPLC breaks traditional limitations of excessive devices and complex mechanics through integrated multi-axis control. Whether for synchronization, electronic cams, interpolation, or high-precision positioning, it delivers efficiency in one unit. This design slashes hardware costs and maintenance challenges while enabling agile motion control and rapid responses—offering a simpler, more reliable solution for industrial automation upgrades.
