A professional technical team, jointly composed of electrical engineers and mechanical engineers, conducted in-depth research on the prominent issues faced by small and micro factories during their development process, such as difficulties in recruiting front-line technical workers, continuously rising labor costs, low production efficiency due to aging equipment, and unstable product quality. Addressing these pain points, the team tailored an upgrade and transformation plan that combines equipment automation with local modifications, based on the actual production processes of the factories.

        The core objective of this plan is to enhance production efficiency and reduce reliance on manual labor. By introducing advanced automated control systems, intelligent sensing devices, and robotic operation units, it aims to gradually automate key production processes. Simultaneously, for some still-usable old equipment, the technical team proposes localized modification strategies, such as replacing energy-saving motors, installing intelligent monitoring modules, and optimizing the transmission system, thereby extending equipment lifespan and enhancing operational stability and energy utilization efficiency.

        In addition, the plan fully considers the capital budget and production continuity needs of small and micro enterprises, adopting a modular design and phased implementation approach to help enterprises achieve gradual transformation and upgrading at lower costs, ultimately achieving the goal of cost reduction, efficiency improvement, and enhanced market competitiveness. The entire project not only embodies the practicality and innovation of technology but also provides a reproducible and scalable solution for the intelligent transformation of small and micro manufacturing enterprises.