This stress analysis software system features two components: injection and imaging. It integrates with industrial cameras to capture video, identify droplets, and predict deformation and stress based on droplet contours, providing precise data for material research.
The client is a high-tech enterprise specializing in scientific instruments for materials science, colloid chemistry, and surface chemistry. They provide professional solutions for surface science research and surface physical property analysis to universities, research institutes, and enterprises.
While the client’s equipment is competitive in overseas markets, shifting global market dynamics have prompted a strategic focus on localization in recent years to strengthen their market position.
The client aims to localize their hot product—the Contact Angle Meter—and achieve an intelligent upgrade through an AI-driven image recognition and analysis platform. This upgrade will deliver high-precision force data to support material property research and product development.
Key Functions:
We developed a comprehensive system architecture integrating hardware, software, and AI algorithms:
Capture droplet deformation using high-speed industrial cameras.
Measure contact angles, recognize droplet contours, calculate free energy.
Automatically record, store, and process analysis data.
Generate detailed analytical reports for further research.
Project Value
The custom algorithms we developed meet the client's high standards for accuracy, enabling universities and research institutes to accumulate valuable scientific research data.
The client expressed high satisfaction with our solutions and delivery results and has partnered with us to plan the localization and upgrade of two additional devices.
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