Microfluidics Solutions

Microfluidics Solutions offer scientific consulting enabling companies to accelerate applications through improved microfluidics design processes. Specializing in microfluidic development systems, our services cover in-vitro diagnostics, life sciences, and biomedical engineering. We offer client-centric, high-quality services such as project-specific support, microfluidic system conception and design, product development, and training. Our focus is on creating win-win relationships and delivering tailored solutions for diverse client needs. Our services include: • Project-specific microfluidic consulting and support, - Optimization and improvement of microfluidic design processes and design quality, - Work with clients to develop novel microfluidic devices and help them avoid common pitfalls, - Speed up the prototyping phase by using predictive tools to minimize trial-and-error development, • Conception and design of microfluidic systems, - Based on the client’s design inputs and tailored to the client’s objectives and needs, - Support by theoretical analysis and predictions, - Tested with numerical simulations and experimental investigations, • Microfluidic product development with partners, - Design, development, and testing of consumables and instrumentation, • Training in fundamental and theoretical microfluidics, - Creative and engaging microfluidics training based on the client's needs, - Aimed to strengthen the client’s microfluidics foundation and understanding, • Client-tailored literature review of microfluidic technologies, • Investigation and description of fundamental physical working principles in client-specific products or processes.

Settore

Servizi ingegneristici

Dimensioni dell’azienda

1 dipendente

Sede principale

Rome

Tipo

Ditta individuale

Settori di competenza

Scientific consulting, Microfluidics research and development (R&D), Microfluidics theory and simulation, Microfluidic design processes and product development, Microfluidics training, Acoustically-driven and ultrasound-driven microfluidics (acoustofluidics), Assay development, In Vitro Diagnostics (IVD), Lab-on-a-Chip, Experimental characterization and analysis, Particle Image Velocimetry (PIV), Particle Tracking Velocimetry (PTV), 3D defocusing-based particle tracking e Finite Element Analysis (FEA)