Microfluidic. Tech, in collaboration with Lumicision Inc., is proud to announce that our latest research—
“Laser Micromachining & Welding Optimization for High-Performance Polycarbonate Microfluidic Devices” has been officially accepted for presentation at Microfluidics Standardization Meets Technological Gaps & Future Investment, organized by the Microfluidics Association.
This achievement marks an important milestone in our mission to advance precision-engineered microfluidic systems and contribute to global standardization efforts within the industry.
Advancing the Future of Polymer Microfluidics
Our research integrates insights from 33 peer-reviewed publications with extensive in-house experimentation using CO₂, Nd:YAG, and femtosecond laser platforms. The study focuses on:
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Optimizing microchannel fabrication for polycarbonate (PC) devices
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Improving bonding and welding performance for PC–PC and PC–acrylic structures
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Reducing thermal distortion and HAZ effects through selective laser processing
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Establishing reproducible guidelines for scalable polymer microfabrication
The findings demonstrate how laser-based workflows can deliver high-precision, high-strength, and production-ready microfluidic components—a critical requirement for diagnostics, organ-on-chip, and next-generation lab-on-chip applications.
Key Technical Highlights
🔹 Microchannel Fabrication Improvements
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CO₂ lasers provide rapid prototyping with deeper channels.
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Nd: YAG pulsed machining yields cleaner, smoother geometries.
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Femtosecond (fs) lasers enable cold ablation with submicron precision.
🔹 Breakthroughs in Bonding & Welding
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Thermal bonding achieved deformation-free PC–PC seals up to 3.32 MPa.
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Laser welding parameters optimized for uniform, high-strength PC–acrylic sealing.
🔹 Contribution to Standardization
The research proposes foundational guidelines for the consistent reporting of laser parameters, surface quality metrics, and bond integrity testing, supporting broader efforts toward global microfluidic manufacturing standards.
Strengthening Innovation at Microfluidic.Tech
This acceptance reflects the growing impact of our R&D activities and the strategic alignment between Microfluidic. Tech and Lumicision are developing advanced, fabrication-ready microfluidic solutions.
More results, technical data, and downloadable resources will be published soon as we continue expanding our research into:
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Multilayer polymer welding
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Hybrid polymer–glass microfluidics
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Automated laser process optimization
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Standard test-chip development
About Microfluidics.Tech
Microfluidic. Tech specializes in engineering, prototyping, and fabrication of microfluidic components and microsystems. By integrating advanced laser micromachining, materials science, and precision assembly, we deliver cutting-edge solutions for biomedical, analytical, and industrial applications.
