Led the development of an advanced robotic automation system designed to achieve +/- 25 micron precision in manufacturing processes. Key functionalities included the precise dispensing of UV adhesive, high-accuracy part alignment facilitated by integrated camera vision, and robust clamping of components using motorized actuators. This system streamlined assembly workflows and enabled the manufacturing of miniaturized ultrasound devices
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Aram Lee
Project Timeline
Feb 2025 - Current
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Achieved +/- 25 micron precision in the alignments of 3 layers, significantly enhancing product quality.
Combined three critical assembly steps (UV adhesive dispensing, part alignment, and clamping) into a single, streamlined robotic automation system.
Developed a self-aligning mechanism with robotic assistance to enable the precise manufacturing of miniaturized ultrasound devices.