Custom fluidic components
Customized key components for continuous flow chemistry, micro-fluidic and specific needs for research labs.
At Manetco, we understand that researchers and engineers who invent or develop new production processes or lab equipment often encounter challenges when sourcing specific components that are not readily available on the market. That's where we step in to assist them in designing and manufacturing custom parts tailored to their unique applications.
Bridging
Supply Chain
Gaps
We recognize that disruptions in the supply chain can hinder progress and innovation. Whether it's a missing part or a scarcity in the market, we work closely with researchers and engineers to identify their specific needs and develop custom components that seamlessly integrate into their projects.
Supporting
Research and Development
Research and development require precise and specialised components to ensure accurate experimentation and testing. We collaborate with researchers and engineers to design and manufacture custom parts that support their R&D initiatives, enabling them to advance their projects with confidence.
Key Elements for Flow Chemistry and Micro-fluidic Processes
Flow chemistry and micro-fluidic processes demand precise control and intricate setup. Our expertise extends to developing key elements required for these cutting-edge technologies, such as micro-reactors, micro-fluidic chips, and flow control systems. We provide tailored solutions that optimise performance and enable breakthroughs in these fields.
Micro-fluidic chips
High precision 3D printed micro-fluidic chips in bio-compatible PMMA which can be autoclaved for sterilisation. We co-create innovative design and 3D print them to help you creating innovative processes.
Static-mixers
We design and 3D print custom static-mixers to exactly fit your application to properly mix viscous fluids, gas... Various materials available:
Bio-compatible PMMA - 316L - Hastelloy C22 - PP - PEEK - PVDF
Micro-mixers
Custom mixing units adapted to the most challenging reactions or formulation. We adapt the design to your experiment where rapid and efficient mixing, emulsion, liquid/liquid extraction... is required.
CFD Simulations
We use Computational Fluid Dynamics (CFD) to optimize your fluid processes with precision. Our advanced simulation capabilities allow us to model complex flow behaviors, predict performance, and identify areas for improvement before physical prototyping. By leveraging these powerful tools, we help you streamline development, reduce costs, and achieve superior results in your microfluidic and flow chemistry applications.
High precision ceramic
We design and production high precision 3D printed ceramic for your most corrosive or high temperature applications. Materials available: Alumina - SiC - Zirconia