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Projects
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Wearable Medical Monitoring Device
Designed and prototyped a lightweight wearable sensor capable of continuous monitoring of vital signs. The device included wireless connectivity, ergonomic design for patient comfort, and compliance with medical device regulations, targeting both hospital and home-care applications.
Electro-Optical Component for the Semiconductor Industry
Custom-engineered electro-optical assembly for a global semiconductor manufacturer. The project involved optical simulations, precision manufacturing, and integration with existing production lines, leading to improved throughput and reduced operational downtime.
Optical Quality Inspection System
Development of an industrial infrared-based camera designed to detect micro-defects in electronic manufacturing processes. The system integrates real-time image processing algorithms, enabling manufacturers to reduce production errors, improve yield, and maintain consistent quality in highly sensitive production environments.
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Minimally Invasive Medical Device Prototype
End-to-end development of a next-generation cardiology device, including mechanical design, electronic integration, clinical testing support, and regulatory validation (FDA/CE). The prototype allowed the client to move rapidly from concept to pilot clinical use, significantly shortening the time-to-market.
UV Curing System for Advanced Printing Applications
Engineered a UV-based curing system integrated into a high-speed digital printing line. The system significantly reduced drying time, improved ink adhesion on diverse substrates, and enabled the client to offer new high-value printing services.
Precision Lens Assembly for Optical Measurement Instruments
Designed and manufactured a multi-element optical lens assembly used in advanced measurement and calibration equipment. The project required nanometer-level precision, specialized coatings, and alignment technologies, ensuring superior accuracy and durability.
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Smart Imaging Module for Industrial Robotics
Developed a compact vision module for robotic arms used in assembly lines. The module included high-speed image capture and embedded AI-based defect detection, allowing manufacturers to achieve higher automation and reduce dependency on manual inspection.
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Digital Printing Control System
Design and implementation of an advanced hardware and software platform that regulates ink flow and ensures color precision at the micron level. The solution improved print consistency, reduced material waste, and enabled the client to deliver high-resolution results demanded by leading print houses worldwide.
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