Introduction of revolutionary microscope to detect skin cancer

The introduction of microscope in 1595 has been considered to be a groundbreaking technology that showcased the visionary power of human. This incredible introduction has been attributed to renowned eyeglass makers, Hans Lipershey and Zacharias Jansen after a series of trials and experimentation. This basic compound was further improved using intensive knowledge of lenses and strong imagination of a Dutch scientist Anton Van Leeuwenhoek. He moved out of his way and went across the boundaries of science to introduce desired improvements and advancements in the microscope.

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A simply functional microscope has now gone a long way with a revolutionary technology venturing into the world of possibilities. The product that Anton introduced is rejuvenated in a way that turns traditional scanning approach on head. This newly introduced designer bug is the brainchild of Fraunhofer Institute for Applied Optics and Precision Engineering IOF in Germany.

This commendable approach to microscopy functions by using several tiny lenses to simultaneously scan one image. In the words of Dr. Frank Wipperman, who managed the team,

Our ultrathin microscope consists of not just one but a multitude of tiny imaging channels, with lots of tiny lenses arrayed alongside one another.

The significant function of the sleek and flat microscope overweighs the form in terms of structure and style. This ultrathin microscope can significantly capture high-resolution images of even the matchbox-size objects in a single pass. Each channel in the imaging system records a tiny segment of the object that is assembled using a computer program and converted into one single image.

Taking high-resolution images of skin to detect malignant cells is certainly one of the most advantageous and significant function of this pioneering technology. Further to that it is also used for verifying the authenticity of documents.

The researchers and the expert at the Fraunhofer Institute are all set to unveil the prototype microscope at the LASER World of PHOTONICS trade fair in Munich to be held in late May. Series production of this revolutionary microscope is then expected to commence in one to two years.

Source: CNET