No Cleanroom. No Outsourcing. No Delays.
Create Functional Microfluidic Devices in 1 Day
Our mission is to simplify device fabrication, so researchers and scientists can focus on what truly matters: breakthroughs, not barriers.
Advanced 3D Printers Made for Microfluidics
Our 3D printers are designed specifically for applications in microfluidics and biotechnology, delivering high precision, fine feature resolution, and exceptionally smooth surface finishes.Specialized 3D Materials
Even a great printer shows limited results with an incompatible material. Our materials are optimized for our printers and built for real lab applications, from molds for PDMS to clear monolithic structures.Validated Processes
User methods are critical to the success of a print. So on top of training, we provide insights and tools for CAD file preparation, print parameter tuning, post-processing and maintenance guides.
Benchside Fabrication
A Complete 3D Printing System
With our complete 3D printing system in your lab, you can design and fabricate customized microfluidic devices within a single day. The system includes 3 essential components: a high-performance 3D printer, specialized 3D materials, and a proven methodology. Together, these elements streamline your workflow and enhance both efficiency and precision in your lab.
NO CAD Experience? We Have a Solution.
Benchside Fabrication
A Complete 3D Printing System
With our completed 3D printing system in your lab, you can design and fabricate customized microfluidic devices in 1 day. The system includes 3 essential components: a high-performance 3D printer, specialized 3D materials, and a proven methodology. Together, these elements streamline your workflow and enhance both efficiency and precision in your lab.
Benchside Workflow Built for Microfluidics
Simply design your chip, load the specialized 3D Materials, and start the print. After a quick rinse with IPA and a curing step, your device is ready for your research.
This workflow eliminates the need for cleanrooms, outsourcing, or polishing, allowing researchers to iterate rapidly and accelerate their experiments.
NO CAD Experience? We Have a Solution.
Bench-Ready ApplicationsPrinted with our Materials
BROWSE BY APPLICATION CATEGORY
250+ Universities & Institutes ‧ 10+ Fortune 500 ‧ 25+ Countries
Empower Research Worldwide
2023 | Sungkyunkwan University
Room temperature roll-to-roll additive manufacturing of polydimethylsiloxane-based centrifugal microfluidic device for on-site isolation of ribonucleic acid from whole blood
2023 | University of Hawai'i
Skin-interfaced microfluidic systems with spatially engineered 3D fluidics for sweat capture and analysis
2022 | University of Virginia
Applied tutorial for the design and fabrication of biomicrofluidic devices by resin 3D printing
2020 | University of Technology Sydney
Rapid Softlithography Using 3D-Printed Molds
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