The OpenFlexure Microscope is an Open Source laboratory-grade motorised digital microscope. The mechanics of the microscope can be 3D printed on an entry level 3D printer. It is designed to use widely available components, to enable distributed manufacturing across the globe. The project has focussed on openness with clear consistent and complete documentation, and with all CAD, code, automation, project management, and discussion happening in the open using open source tools. This openness has allowed us to build a community around the microscope with microscopes being built or used on all seven continents and in over 50 countries.

We are working with manufacturers across the globe to establish local sustainable microscope manufacturing. Or ultimate goal is to enable manufacturers to produce OpenFlexure Microscopes for medical diagnosis. The microscope is undergoing evaluation for parasitology (malaria diagnosis) and histopathology applications. We are now focussed on working with manufacturers to produce microscopes in line with international medical device regulations. By enabling local manufacture of medical devices where they are needed we can ensure that local support and repairs are available, that the correct consumables are available, and that the devices is appropriate for the environment in which it is being used.