The fact that so many high-rated scientists are achieving these results with a Zeiss product shows a lot about the brand itself. Over the years, their Zeiss instruments have been leading scientists in amazing research, allowing them to win many Nobel prizes. Their best selling standard microscope was first released in 1950 and has been a symbolic release that has helped the brand gets to where they are today. In 1999, Carl Zeiss became the first manufacturer of a wide field digital imaging system, something that put them ahead of the competition. Zeiss is a brand, renowned for its ability to innovate and create. Running on either side of the Iron Curtain, both factories were forced into operating independently of each other until 1991. When the division occurred, it wasn’t just Germany that was divided, it was Zeiss’s two factories. The most interesting part of Zeiss’s long history began at the end of the Second World War when Germany became divided.
#ZEISS MICROSCOPE MODELS PROFESSIONAL#
You really do get what you pay for with this piece and the asking price is nothing for a top quality professional microscope that’s also ergonomically designed. Students and beginners should definitely find a microscope, which is a lot easier on the pocket. However Zeiss is one of the leading, professional brands, so is only usually recommended to professionals including researchers and clinicians who need such a powerful microscope. At such a high price, it is far from an affordable scope. The only real negative about this scope is the price tag. The longer working distance condenser allows easier examination of larger flasks or of smaller dishes, which is great if you want to observe larger samples such as cell culture in a petri dish it will allow you to adjust your instrument accordingly. The microscope comes at a 45-degree angle so that you can have a bigger field of vision when examining the scope. Furthermore, the fact that the trainee can record their practice sessions on an iPpad and then show these videos to the teacher is an added bonus.The purpose of this microscope is that it allows you to easily examine tissue and cell specimen in larger containers in both bright field and phase contrast, as opposed to just the usual glass slide. However, the ZEISS Stemi 305 stereo microscope has the potential to make ophthalmic surgical training much more like learning a musical instrument by enabling trainees to practice their skills at home or in a dry-lab on a daily basis. The difficulty ophthalmologists in training have is that it is difficult to practice new techniques unless they have access to dedicated wet-labs equipped with expensive operating microscopes.
#ZEISS MICROSCOPE MODELS SERIES#
When a budding musician is starting to learn a new instrument, they will have a series of lessons and in between these lessons they practice what they have been taught. The aim of the Simulated Ocular Surgery project is to change the culture of ophthalmic surgical training across the globe, so that it is no longer acceptable for trainees to perform any part of an operation until they have demonstrated that they have the skills to do this competently and safely.
Copyright: Simulation Gallery Like learning a musical instrument
Stereo microscopes generate three-dimensional images, provide large object fields and allow extended working distances.
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