The integration and synchronization of diverse communication protocols represent a significant challenge in controlling mechatronic devices, especially in systems that rely on multiple protocols to interact seamlessly and concurrently. This paper introduces a device specifically designed to tackle these synchronization issues by managing the complex interplay of various communication protocols during control operations. The study explores the device’s background and core functionalities, providing a comprehensive overview of the communication protocols employed. During testing, notable issues emerged due to protocol incompatibilities, which resulted in unpredictable device behaviour. These challenges arose from differences in timing, data transfer, and protocol-specific limitations, all of which disrupt reliable control performance. The paper delves into the nature of these problems, demonstrating their impact on synchronization and control efficiency. By identifying and addressing protocol incompatibility and implementing corrective measures, this work advances the development of robust solutions for mechatronic control, with the ultimate goal of improving system reliability and performance in real-world applications.