OpenFlexure Project is revolutionizing scientific research and education by making high-precision mechanical positioning available to anyone with access to a 3D printer. Through open-source designs, the project offers affordable, lab-grade microscopes and micro-positioning stages, enabling advanced microscopy for healthcare, education, and research across over 50 countries.
Founded at the University of Bath and now headquartered at the University of Glasgow, OpenFlexure leverages cost-effective 3D printing technology and accessible components to create two main products:
- The OpenFlexure Microscope – A 3D-printed, open-source microscope with a precision mechanical stage for sample movement and focus control.
- OpenFlexure Stages – Including the Delta Stage (optimized for motorized microscopy with maximum stability) and the Block Stage (providing sub-micron mechanical positioning).
Impact and Global Reach
The OpenFlexure Microscope has expanded its reach from academic labs to remote field locations, including Rwanda and Antarctica. It supports a wide range of applications, from pathology labs to classroom environments, enabling “Microscopy for Everyone.” Supported by organizations like Baylor College of Medicine and Mboalab, OpenFlexure is bridging the gap in access to scientific tools, especially in resource-limited settings.
The project also emphasizes community engagement through its active forum, where users and contributors worldwide share insights, ask questions, and collaborate on new ideas.
For more information, visit their website or join the conversation on their forum.
