Structural Design of Intelligent Sorting Systems Based on Mechanical Design, Manufacturing, and Automation
Abstract
In the context of the deep integration of intelligent manufacturing and logistics automation, intelligent sorting systems serve as critical equipment that integrates production, warehousing, and distribution processes. The rationality of the structural design in intelligent sorting
systems directly dictates sorting efficiency, operational stability, and modular adaptability. The intelligent sorting systems based on Mechanical Design, Manufacturing and Automation technology relies on the modularization of mechanical structures, integrates with the application
of automation control technology, and enables the synergistic coordination of numerous components, thereby achieving automatic recognition, precision sorting and efficient conveyance of materials, replacing the traditional manual sorting model, and mitigating issues inherent in
traditional sorting processes: excessive labor intensity, high error rate, and operational inefficiency. This paper focuses on the core technologies related to Mechanical Design, Manufacturing and Automation to comprehensively overview the holistic structural design and the main
functional module design of intelligent sorting systems, analyzes the existing challenges in current structural design, and predicts its future
development directions, offering theoretical reference and operational inspirations for the structural improvement, performance enhancement
and engineering-oriented application of the intelligent sorting systems.
systems directly dictates sorting efficiency, operational stability, and modular adaptability. The intelligent sorting systems based on Mechanical Design, Manufacturing and Automation technology relies on the modularization of mechanical structures, integrates with the application
of automation control technology, and enables the synergistic coordination of numerous components, thereby achieving automatic recognition, precision sorting and efficient conveyance of materials, replacing the traditional manual sorting model, and mitigating issues inherent in
traditional sorting processes: excessive labor intensity, high error rate, and operational inefficiency. This paper focuses on the core technologies related to Mechanical Design, Manufacturing and Automation to comprehensively overview the holistic structural design and the main
functional module design of intelligent sorting systems, analyzes the existing challenges in current structural design, and predicts its future
development directions, offering theoretical reference and operational inspirations for the structural improvement, performance enhancement
and engineering-oriented application of the intelligent sorting systems.
Keywords
Mechanical Design; Manufacturing and Automation; Intelligent Sorting System; Structural Design
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DOI: http://dx.doi.org/10.70711/aitr.v3i11.9355
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