Materials and new technologies to accelerate microfluidic and chemical process innovation
We transform your ideas into real components and equipment to be tested in your laboratory.
Are you facing challenges in developing and manufacturing your microfluidic or flow chemistry innovation ?
Or struggling to find the right material compatibility adapted to your application ?
At Manetco, we bridge the critical gap between your idea to the proof-of-concept and to the commercial viability through our proven Lean Prototyping methodology combined with our scientific expertise in materials and digital manufacturing technologies.
We accelerate your path to market by rapidly testing your concepts in real-world conditions, then guide you through the complex scale-up and industrialization phases with manufacturing strategies and technology identification compatible with the certifications required for your production processes.
Our approach specifically addresses the three major barriers preventing microfluidic innovations from reaching market:
🔬 Rapid Validation: Our lean prototyping reduces development cycles from months to weeks, enabling industries to validate concepts before substantial production investments.
🔧 Manufacturing Readiness: We ensure material compatibility and process scalability from day one, eliminating the costly "secondary R&D" phase that typically occurs during scale-up
📋 Scale up and Industrialization: We help our customers define a strategy to move from prototype to industrial production through a systematic analysis of the major scale-up challenges.
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Custom components
We partner with researchers and engineers to design and produce custom fluidic components for continuous flow chemistry and microfluidic solution. From concept to finished part, we deliver tailored solutions that drive innovation in your projects.
Equipment development
From concept to final solution, we offer a complete custom equipment development service. We transform your ideas into reality through a structured process: starting with your initial concept, we design and engineer tailored solutions, build and refine prototypes, and conduct thorough laboratory testing to ensure performance and reliability. This end-to-end approach guarantees that your equipment is fully optimised and ready for real-world application.
