OpenFlexure Microscope

OpenFlexure Microscope is an open-source project dedicated to making high-quality, laboratory-grade digital microscopy accessible through the development of 3D printed microscopes and precision positioning stages. The initiative aims to address the need for affordable and customizable microscopy solutions in laboratory, educational, and field settings, particularly benefiting researchers, educators, and developers worldwide.

The microscopes produced by the OpenFlexure project feature motorized, sub-100 nanometer positioning for precise and repeatable imaging, enabling automated sample scanning and scripted experiments. These devices are constructed from 3D printed components based on open designs, making them easy to manufacture and modify. The platform supports modular hardware, software plugins, and community-developed extensions, allowing users to tailor the system to specific research or teaching needs. OpenFlexure also provides APIs and libraries for custom programming and integration, as well as add-ons and plugins to enhance functionality.

OpenFlexure microscopes are utilized globally in over 60 countries, supporting a wide range of applications. In health and life sciences, the platform is used for laboratory research, training, and exploratory studies, such as malaria microscopy, digital pathology, and portable urine microscopy. In agriculture and environmental science, OpenFlexure supports research and education on plant root growth, soil health, and water quality monitoring. The microscopes are also widely adopted as teaching tools, facilitating hands-on learning in science, engineering, and data skills through workshops and community training initiatives.

Comprehensive documentation, assembly instructions, and software setup guides are available to support users in building and configuring their microscopes. The project fosters a collaborative community, offering forums for discussion, support resources, and opportunities for contribution and extension development. OpenFlexure is positioned as an open and affordable platform, with a mission to make advanced microscopy available to a broad audience through open-source hardware and software.