The microscope allows for obtaining images in different planes by applying computational algorithms for wavefront propagation in post-processing mode. This means that no mechanical fine focusing on the object is required, which ensures the formation of clear images of all objects in the frame at the moment of capture. This enables the study of many moving particles simultaneously while obtaining focused images and information about their three-dimensional positioning in space. The device can be used in a configuration with a flow-through cuvette. Additionally, this solution offers a significant advantage over traditional optical and other holographic microscopes in terms of lower cost, compactness, and simple design.
CHARACTERISTICS
Minimum resolvable object size: 1.43 µm
Field of view: 1.45 mm × 1.82 mm
ADVANTAGES OF THE DEVELOPMENT
Price
Compactness
Simplicity of design
Field of view size
Ability for numerical focusing in post-processing mode
No need for precise mechanical focusing during capture