Students Test Nano-Volume HPLC Flow Cells Made by 3D Freeform Laser Shaping of Glass
At LouwersHanique (part of IDEX) we are developing nano-volume flow cell designs for enhanced performance of High-Performance Liquid Chromatography (HPLC).
How Can Microfluidics and Laser Technology Improve HPLC?
For over a year, we have been collaborating on a cutting-edge research project focused on the integration of microfluidics into HPLC flow cells using laser glass processing. This research aims to enhance detection sensitivity and thereby improve the accuracy and precision of component measurement in pharmaceuticals. This project can not only contribute to the improvement of existing drug assays but also accelerate the development of methods for new formulations, representing a potentially revolutionary breakthrough in medicine.
Challenge-Based Learning at TU
To further strengthen this research project, we have partnered with the Eindhoven University of Technology, where we challenge third- and fourth-year bachelor’s and master’s students to develop innovative solutions for the advanced technologies we are working with. Students are encouraged to tackle practical, real-world problems, working in a multidisciplinary manner to find effective solutions. This educational approach, known as challenge-based learning (CBL), not only fosters creative and critical thinking but also prepares students for their future careers.
We have installed an HPLC in the MicroFabLab, an advanced laboratory at university with a cleanroom. In the coming period, students will test components that have resulted from our research collaboration.
Has This Topic Caught Your Interest?
Are you a pharmaceutical researcher interested in innovative manufacturing methods? We offer collaboration opportunities for the co-development of microfluidic components. Feel free to contact us to explore possibilities.
