Flow Circuits

Flow Circuits

Software Development

Flow Circuits is the first design platform that empowers teams to draw, simulate, automate, and build fluidic systems.

About us

Flow Circuits is a complete design platform for fluidic systems. Design, test, and build your device, all in one place.

Industry
Software Development
Company size
1 employee
Headquarters
San Diego
Type
Privately Held
Founded
2021

Locations

Employees at Flow Circuits

Updates

  • View organization page for Flow Circuits, graphic

    611 followers

    Flow Circuits modules are a huge step forward for the world of microfluidics design! #microfluidics #labonachip

    View profile for Andrew Krippner, graphic

    Founder @ Flow Circuits | Automate, Scale, and Decentralize Life Sciences 🧬🩸

    🧩 Design devices with modules! 🧩 The Flow Circuits module feature allows you to create and leverage a library of reusable fluidic subsystems. This results in a principled and methodical approach to design - allowing your team to iterate on subsystem designs in parallel and integrate them back together into a master project. The microfluidics design process has been totally broken - mostly happening on coffee-stained napkins. It's time to throw out the napkin and get on Flow Circuits! #microfluidics #design #ivd #synbio #biotechnology

  • Flow Circuits reposted this

    View profile for Andrew Krippner, graphic

    Founder @ Flow Circuits | Automate, Scale, and Decentralize Life Sciences 🧬🩸

    🚀 Make decisions like an engineer! When faced with a decision with many options, engineers often use a tool called a Pugh Matrix to compare and evaluate the options against a set of selection criteria. Each criterion is weighted based on its importance, and each option is scored across the matrix and added up to reach an objective decision for the best path forward. I was curious to see this methodology applied to the selection of a fluidics design tool and here's what I came up with! 📌 Key Criteria Considered: 1. Ease of Use - The best tools are those that anyone can pick up and start using without a steep learning curve. 2. Editability - Flexibility in design adjustments is crucial, especially when iterating on complex projects. 3. Collaboration - Teamwork makes the dream work, and seamless collaboration is a must, especially with remote teams. 4. Visualization - A picture is worth a thousand words, and communication is key, especially with a complex design. 5. Accessibility - Being able to work from anywhere, anytime, is a game-changer. 6. Specificity to Fluidics - Specialized tools often provide a deeper level of precision and understanding. 7. Cost - It's crucial to ensure that the tool fits within budget constraints. 8. Scalability - As projects grow and evolve, it's essential that the tools we use can keep up. 9. Integrations - No tool is an island, and smooth integrations can save a lot of time and headaches. 10. Time to Train - Time is money, and a shorter learning curve means getting to work faster. 11. Time to Use - Speed is key, especially when deadlines are looming. 12. Risk of Errors - A tool that minimizes errors can save countless hours of troubleshooting. 13. Customizability - Can the tool be tailored to specific needs or preferences? Every project is unique, and having a tool that can adapt is invaluable. 14. Real-time Simulation - Seeing simulations in action can provide insights that static models can't. 15. Programmability - Being able to program, sequence, and visualize workflows brings designs to life. 16. Feedback Mechanisms - Constructive feedback can be the difference between a good design and a great one. 💡 Results: I know that I'm biased, but the matrix speaks for itself and Flow Circuits came out on top! 🔗 Deep Dive: For a detailed breakdown and the complete Pugh Matrix, check out our full blog post (https://lnkd.in/ge-kKHEC) or view our matrix directly on Google Sheets (https://lnkd.in/g2ceyDaE). 🤔 Your Thoughts? Have you used any of these tools before? What's your experience? What do you think of these scores? Comment below!

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  • Flow Circuits reposted this

    View profile for Andrew Krippner, graphic

    Founder @ Flow Circuits | Automate, Scale, and Decentralize Life Sciences 🧬🩸

    📢 Flow Circuits just released a free calculator to help with your laminar flow pressure calculations! Key Features: 🔹 Selectable units for length, time, volume, and pressure. 🔹 Options for controlled flow rate or pressure. 🔹 Inputs for fluid viscosity, density, and channel dimensions. 🔹 Outputs include pressure drop or flow rate, velocity, and Reynold's number. Remember, this is just a snapshot of what Flow Circuits offers. Dive into our platform to explore a comprehensive suite of tools tailored for designing, testing, and building fluidic systems. 🔗 Explore the Hagen-Poiseuille Calculator here: https://lnkd.in/grtVYPWc

    Flow Circuits

    Flow Circuits

    flowcircuits.com

  • View organization page for Flow Circuits, graphic

    611 followers

    We are thrilled to announce our new collaboration with Controlled Fluidics, a leader in precision plastics machining and bonded manifolds! Together, we're bringing you a streamlined design process for manifolds that takes you from concept to manufacturing in half the time. It has never been easier to build a custom manifold. Flow Circuits gives you the tools you need to: 🎨 Design a multilayer layout with drag-and-drop components 👀 Visualize flow paths to quickly verify your design 🚰 Simulate how fluids will behave 💻 Program device logic and behavior When your design is ready, Controlled Fluidics will prepare it for manufacturing, build your parts with precision, and deliver with impressive speed and quality. Our partnership ensures a smooth process for you, all the way from your concept to a finished manifold in your hand. https://lnkd.in/gWj__YAb #manifold #flowcircuits #controlledfluidics #medtech #partnership

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  • Flow Circuits reposted this

    View profile for Andrew Krippner, graphic

    Founder @ Flow Circuits | Automate, Scale, and Decentralize Life Sciences 🧬🩸

    Flow Circuits just added a really practical update that allows you to import background images, scale them to your design, and use them as a tracing tool. This is massively helpful when you want to generate a Flow Circuits model to characterize or control an existing design. Have a request for another feature like this? We're always evolving and welcome your suggestions! Drop them in the comments below or send me a message. #microfluidics #ivd #flowcircuits

  • Flow Circuits reposted this

    View profile for Andrew Krippner, graphic

    Founder @ Flow Circuits | Automate, Scale, and Decentralize Life Sciences 🧬🩸

    Hey Gatorade, is that microfluidics I see??? 👀 PepsiCo Now, we're not saying it's a partnership (yet), but Gatorade, if you ever want to dive deeper into the microfluidics universe, you know where to find us! 🌊💻 But seriously, it was fun to run into this one in the wild. Just too bad this was only made by an animator and didn't take into account physiological sweat gland pressure and capillary forces. 🤷🏼♂️ You can find the sweat patches here: https://lnkd.in/gjvTnCek #gatorade #microfluidics #ivd #wearables #simulation #flowcircuits

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Funding

Flow Circuits 1 total round

Last Round

Pre seed

US$ 250.0K

See more info on crunchbase