No complex software, no coding.
Just an intuitive all-in-one platform to create, simulate and export your microfluidic designs.
Why Choose FLUI'DEVICE?
Intuitive Drag & Drop Design
- Choose from standard microfluidic geometries
- Drag & drop onto the grid
- Resize by dragging or entering precise values
- Snap blocks together to create your design
Instant Simulation & Validation
- Select pressure or flow injection for each inlet
- Get hydrodynamic results in seconds
- View pressure gradients and flow distribution
Export Multiple Formats
- Use library templates or create your own
- Assemble designs on a substrate and view in 3D
- Save projects online
- Export in 2D or 3D to turn ideas into products
Trusted by Leading Research Lab & Innovators
FLUI'DEVICE Capabilities
Microfluidic Expert Interview
From Concept to Creation: Bio-Device Consulting with Dr. Zabaco
FLUI'DEVICE Plans & Pricing
Free Version
- Access to 15-20 essential component
- Build with up to 30 blocks on the grid
- Run basic simulations (details table non included)
- Enjoy acess to the Mold Service
FLUI'DEVICE PREMIUM
- Save & Manage unlimited projects
- Access an extensive library of components
- Conduct unlimited detailed simulations
- Enjoy acess to the Mold Service
- Export your designs & results effortlessly
- Receive expert support & a first-time consultation
Company & Academia
- Available from 3 accounts
- Includes all FLUI'DEVICE features
- Tailored custom features
- Comprehensive team training & onboarding
- Efficient team & licence management
- Enjoy a 15% discount on the Mold Service
Free Version
- Access to 15-20 essential component
- Build with up to 30 blocks on the grid
- Run basic simulations (details table non included)
- Enjoy acess to the Mold Service
FLUI'DEVICE PREMIUM
- Save & Manage unlimited projects
- Access an extensive library of components
- Conduct unlimited detailed simulations
- Enjoy acess to the Mold Service
- Export your designs & results effortlessly
- Receive expert support & a first-time consultation
Company & Academia
- Available from 3 accounts
- Includes all FLUI'DEVICE features
- Tailored custom features
- Comprehensive team training & onboarding
- Efficient team & licence management
- Enjoy a 15% discount on the Mold Service
What Users Say?
Design your 3D Print Device on FLUI'DEVICE!
FLUI’DEVICE now empowers you to design 3D printing devices directly within our platform!
Our Partners
Kloé specializes in mask aligners, 3D microstereolithography, and laser lithography applications. FLUI'DEVICE seamlessly integrates with their advanced technology.
Microlight3D offers high-resolution 3D microprinting and maskless lithography systems. FLUI'DEVICE is fully compatible with their cutting-edge technology.
Elveflow develops a range of state-of-the-art microfluidic instruments, for all kinds of microfluidic applications.
CADworks3D provides a complete 3D printing system for researchers in microfluidics and biotechnology. Our goal is to simplify device fabrication and speed up prototyping. By integrating high-performance 3D printers, specialized 3D materials, and optimized methodologies, we empowers research and supports innovation every step of the way.
FLUI'DEVICE Gallery
Your New All-In-One Microfluidic Design Solution!
Ready to use FLUI’DEVICE? Our sales experts can help you get there!
FAQ
A microfluidic calculator is a specialized tool that helps with microfluidic chip design, microfluidic valve design, and overall microfluidic channel design. It uses established equations to calculate pressure and flow distribution within these miniaturized fluid handling systems. This is particularly useful for designs operating at low Reynolds numbers, where smooth, laminar flow is desired and turbulence is minimal.
FLUI'DEVICE is a comprehensive online platform dedicated to your microfluidic design needs. It boasts a continuously growing library of microfluidic geometries, allowing you to tackle complex designs with ease. Unlike other online calculators limited to simple geometries, FLUI'DEVICE empowers you to perform hydrodynamics calculations on intricate designs.
FLUI'DEVICE supports design precision down to 1 micron, which is sufficient for most microfluidic applications. For 3D export and fabrication, you can be confident in its exceptional accuracy, reaching a staggering 0.0001 micron for position and dimension. The flow calculator's accuracy naturally varies based on the Reynolds Number and the complexity of your system. However, the FLUI'DEVICE team is constantly working to improve its capabilities, ensuring reliable results for your microfluidic channel design.
While FLUI'DEVICE offers advanced functionalities similar to Computational Fluid Dynamics (CFD) software, it doesn't utilize the finite element method employed by more sophisticated programs. Instead, it assigns specific microfluidic behaviors to each block within its library. This approach delivers reliable results but may not provide highly localized, point-specific information within the device. Additionally, FLUI'DEVICE currently focuses on hydrodynamic calculations, primarily providing flow rate and pressure data. However, there are rumors of upcoming features that could expand its functionalities.
Currently, FLUI'DEVICE relies on its library of blocks to generate designs and doesn't support the import of 2D or 3D files from external software.
Absolutely! FLUI'DEVICE allows you to export your designs in two formats:2D .SVG files: Compatible with most graphic software, allowing for further editing after export.
3D .STL files: Usable in various CAD, CFD, and CAM software for seamless integration with your preferred design workflow. However, be aware that some CAD applications might encounter compatibility issues with .STL files.
FLUI'DEVICE offers a suite of features designed to streamline your microfluidic design process, including:Flow rate calculator: Calculate the flow rate within your microfluidic design.
Reynolds number calculator: Determine the Reynolds number to assess the flow regime (laminar vs. turbulent).
Pressure drop calculator: Estimate pressure drop across your microfluidic channels.