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The AC drives market is predicted to witness about 7% growth rate through 2032 and will gain significant expansion owing to enhanced operational capabilities under full load and variable load conditions along with increased demand for advanced technological systems. The adoption of these units is driven by their operational features, which lead to increased energy efficiency, minimized mechanical stress on motors and equipment, smoother start & stop processes, and enhanced control over several industrial processes. Moreover, the versatility of these units, accommodating various motor types like dynamic linear motors, standard AC induction motors, and energy-saving hybrid motors, will significantly contribute to their widespread adoption and increased machine output across diverse applications.
The digital servo motors and drives market in robotics applications is set to grow owing to the increased industrial investments and expenditure for their development along with accelerated R&D initiatives in automotive industry. The integration of automation plays a pivotal role in enhancing production quality and reducing output time, thereby mitigating risks in industrial operations. Robotic systems within automation frequently control servo motors and drives to enhance operational flexibility through accurate angular movements.
Modern warehouses are increasingly integrating lifting machines and robots for the secure and efficient handling of goods, ranging from lightweight to heavy items, at various speeds. These units play a pivotal role across automated warehouse systems, including conveyors, shuttles, and palletizers, servo motors and drives further augmenting the product demand. They are instrumental in precisely controlling the timing of product delivery and storage within a secure environment. In the warehouse industry, collaborations between warehouse companies and technology firms are fostering the adoption of advanced machinery, often driven by servo motors, to further optimize operational processes.