OpenFlexure Microscope
OpenFlexure
Solution Overview & Benefits
The OpenFlexure Microscope is a versatile, open-source optical microscope designed to democratize access to high-quality microscopy. Its 3D-printed construction and modular design allow users to build and customize the microscope to suit various applications, from educational settings to advanced research. By integrating with Raspberry Pi and utilizing motorized controls, it offers automated focusing and imaging capabilities, making it a cost-effective alternative to traditional microscopes.
Key Features:
- Open-Source Design: All design files and software are freely available, encouraging community-driven development and customization.
- 3D-Printed Components: Utilizes accessible materials and printing techniques for easy assembly and modification.
- Motorized Control: Automated focusing and stage movement enhance precision and repeatability.
- Raspberry Pi Integration: Leverages affordable computing for image capture, processing, and remote operation.
- Versatile Imaging Modes: Supports brightfield, darkfield, fluorescence, and polarized light microscopy.
- Educational Utility: Ideal for teaching environments, promoting hands-on learning in optics and biology.
Instruction: openflexure.org.
History & Development
Initiated at the University of Bath, the OpenFlexure project aims to make high-precision microscopy accessible worldwide. The microscope's design emphasizes affordability and adaptability, with successful deployments in various settings, including malaria diagnosis in Tanzania. Continuous community contributions have expanded its capabilities, reinforcing its role in global scientific education and research.
Availability
- Availability: worldwide
- Price: DIY - prices ranging from $135 to $200 USD, depending on configuration.
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