BIO TECH
We create tailored solutions to complex problems
In collaboration with a leading biotech company, we developed a state-of-the-art industrial vision turbidity analyzer for biotech, an instrumentation machine designed to analyze the turbidity of liquid samples with extreme precision. This solution integrates AI-driven particle detection, advanced lighting systems, and precise motion control to ensure reliable, high-accuracy measurements.
Revolutionizing liquid sample analysis with high-end turbidity measurement algorithms and AI-driven particles detection.
In collaboration with a leading biotech company, we developed an advanced instrumentation system for precise turbidity analysis. This solution enables high-accuracy liquid sample measurements with minimal interference.
By integrating AI-driven particle detection, intelligent motorized trays, and specialized lighting, we ensured seamless automation and superior data accuracy, enhancing efficiency in research and laboratory workflows.
Scope
- Turbidity (NTU) Analysis
- AI-Driven Particle Counting
- Lighting System
- Lab Metrology Instrument
- Motion Control
- Seamless Software Integration
Key Performance Metrics
- Measurement Accuracy
- Particle Detection Efficiency
- System Speed
- Automation Level
- Operational Reliability
Project Outcome
High-Precision Turbidity Measurement
Our system successfully delivered high-precision turbidity analysis using a telecentric lens, linear camera and a bar light-based illumination system. By leveraging a standard vision system, we captured a high-resolution grayscale image of the liquid sample. The greyscale level was then corrected in 2D with a nonlinear calibration method. This method ensured consistent and repeatable measurements, free from variations caused by external lighting conditions.
Increased Efficiency and Automated Processing
The implementation of this solution significantly improved efficiency in sample processing, enabling our biotech partner to analyze liquid samples rapidly and accurately on smaller volumes to avoid costly waste. The automated motion system, featuring a precise motorized tray, allowed seamless sample positioning, reducing human error and increasing the reliability of data acquisition. The high-speed vision processing enabled researchers to obtain results in real-time, ensuring quicker decision-making in their workflows.
“This project has been a huge challenge that we gladly took up.”
Donovan LebonProject Manager, Akatech SA
Conclusion
Advancing Precision with Industrial vision turbidity analyzer for Biotech Analysis
This project exemplifies how cutting-edge vision systems, structured lighting, and intelligent automation can enhance the accuracy and efficiency of laboratory processes. By integrating a high-precision turbidity measurement system with seamless software and hardware synchronization, we delivered a reliable, scalable, and easily deployable solution for biotech applications.
The success of this project highlights our expertise in developing tailored industrial vision solutions that optimize data accuracy, streamline workflows, and support innovation in scientific research. As industries continue to demand higher precision and automation, we remain committed to engineering solutions that push the boundaries of industrial and laboratory technology.
