Semi-automated Inkjet Marking System with Lead Screw Actuation for Aerospace Components

The present research work aims to design and develop a highly efficient and precise semi-automated inkjet marking system catered to a diverse array of aerospace components. The system utilizes a dual-frame configuration, consisting of a vertical arm for the control system and a horizontal arm integrated with a 12 mm diameter stainless steel (SS 304) rod, manual handwheel, flange, and ball bearing (6301). This integration allows for controlled linear motion, enabling accurate positioning of the marking nozzle, effectively reducing manual effort, and expediting the marking process. An intelligent control panel is incorporated into the system, facilitating seamless data input, and enhancing overall productivity, quality control, and traceability in aerospace part marking. Through optimized part identification, the system ensures compliance with industry standards, thus streamlining efficient production processes within the aerospace industry. The resultant semi-automated inkjet marking system represents a significant advancement, offering manufacturers a cutting-edge solution to improve production efficiency and meet rigorous quality standards. Its potential to enhance traceability and overall manufacturing processes in the aerospace industry is noteworthy, promising a more productive and standardized approach to part identification.