#Carl zeiss microscope models archive#

All the fakes I have seen have strong green or blue coatings. Bgi, your eyepieces have the same eyeguards as mine, I recognize the stamping. So for the benefit of folks who want to try these eyepieces lets steer them towards a purchase that will result in a rewarding experience. All I said was if they are unmarked, they are worth $50. My point was NOT to call your particular eyepiece into question! Furthermore, you stated that I called the unmarked eyepieces 'useless' and said 'do not buy' those happen to be your words, not mine. The point of my post was to inform anyone looking to buy one of these that there are lots of fakes out there. Prior testing and comparison should to be done before saying such a thing as 'do not buy any Zeiss eyepiece with no 'Zeiss' or 'West Germany' lettering' because they are useless.' That's highly misleading, don't you think? Strange enough, my E-PL 10x/25 has not got any lettering on the eyeguard.

But the rubber is an add on that can be lost or changed and broken with time. Microscopes are essential to making the world of micro-organisms visible and understandable.The one I have is stamped 'Carl Zeiss' and 'West Germany' on the rubber eye guard. This philosophy and history lies behind ZEISSвЂ™ support for the Micropia microbiological zoo. The Carl Zeiss Foundation also works together with various research institutes on diseases including tuberculosis. Did you know that over 20 Nobel Prize winners for medicine, physics and chemistry used ZEISS microscopes for their groundbreaking work? ZEISS supports scientists doing innovative work through the biannual Carl Zeiss Research Award. The work of Ernst Abbe, Otto Schott and August KГ¶hler played an important part in this development. Models on offer evolved from simple and precise monocular light microscopes to more complex systems. It all started in 1846 when Carl Zeiss constructed his first microscope in his workshop. Has a solid history in developing microscopes. Over the years, ZEISS microscopes have won many awards for design and innovation.' Solid history ZEISS has also developed various optical sensors and colour filters to allow the difference between diverse tissues and structures to be better mapped.

#Carl zeiss microscope models archive#

Innovative software solutions complement the microscope to make it possible for example to zoom in on images, to archive recorded images or to combine hundreds of images in time-lapse videos in order to show the evolution of organisms.

ZEISS microscope systems can allow structures measuring just one billionth of a metre to be seen. These include not just light, ion and electron microscopes, but also a broad range of fluorescence microscopes and high-resolution X-ray microscopes. Has developed a range of microscopes for diverse uses. Leading universities, research laboratories and companies throughout the world work with microscopes produced by ZEISS.' From cells to molecules The way in which materials react under diverse circumstances can also be investigated. In materials science, microscopes are mostly used for quality research and inspection. They are used in the development of medicine, the study of micro-organisms and various other (living) cells, pathological research, zoology and botany.

Microscopes allow researchers to observe even the tiniest structures and processes in all kinds of tissues and organisms. They are used in work on new sources of energy and in research into environmental pollution, neurological illness, cancer and infectious disease.' Support of scientific research 'Microscopes play an extremely important role in finding the right answers to our societyвЂ™s most pressing questions.