Mimetic provides a plug-and-play 3D printing platform for creating custom microfluidic devices directly at the lab bench. This system utilizes biocompatible and optically clear materials, automating fabrication steps typically requiring manual casting and alignment. The solution accelerates life science research by enabling scientists to rapidly prototype devices without needing specialized cleanroom facilities.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional microfluidic device fabrication is a time-consuming and complex process, often requiring specialized equipment and manual steps that hinder rapid prototyping and iteration in life science research. This complexity limits the pace of discovery by diverting researchers' focus from experimental design to device manufacturing.
Solution
Mimetic offers a biocompatible 3D printing platform designed for rapid microfluidic prototyping, enabling researchers to fabricate custom devices in hours rather than days. The automated system eliminates manual fabrication steps, such as casting and alignment, and allows for benchtop microfabrication without the need for cleanroom facilities. This approach significantly reduces device fabrication time and complexity, allowing scientists to accelerate their research and focus on experimental outcomes. The printed materials exhibit high optical clarity and proven biocompatibility, comparable to standard PDMS, making them suitable for cell culture applications without concerns about adsorption.
Target Audience
The primary customers are life science and biomedical researchers who require rapid prototyping of custom microfluidic devices for their experiments.
Features
- Biocompatible 3D printing materials with high optical clarity, suitable for cell culture.
- Automated fabrication platform that eliminates manual casting and alignment steps.
- Benchtop system requiring no specialized facilities or equipment.
- Rapid prototyping capability, reducing device fabrication time from days to hours.
- Support for creating custom microfluidic devices, tools, and platforms.