Education
Turnkey microfluidic teaching laboratories — from fluid mechanics fundamentals to flow chemistry and biotech.
Microfluidics is becoming a core competency across chemistry, chemical engineering, biotechnology and pharma, yet departments cannot assemble a working teaching lab from disconnected components. The Priority 2030 program and the national "Science and Universities" project fund renewal of shared-use-center infrastructure, but buying individual pumps, chips and holders delivers neither methodology nor reproducible student experiments. Universities need a complete solution, not a parts list.
We design turnkey teaching complexes in four configurations: introductory microfluidics, flow chemistry, encapsulation and formulation, and biotech and diagnostics. Each complex is a workstation platform with matched chip sets, syringe pumps and consumables, plus a full curriculum package — experiment descriptions, student worksheets, instructor notes and assessment criteria aligned with standard course structures. Delivery is paired with on-site or remote instructor training and ongoing support on protocols and maintenance.
A department launches a reproducible practicum on real equipment — from laminar flow, mixing and residence-time distribution to flow-synthesis optimization and droplet generation. Instructors work from a ready methodology, students gain hands-on experience with industrial-grade instruments, and the lab scales to student capacity and course profile. Ongoing support covers consumable supply and curriculum updates.