Microscope Objectives
When it comes to manufacturing and designing objective lenses for microscopes, there are actually a wide variety of options out there. Most people do not realize how many professionals make use of microscope lenses, and this list includes OEMs, researchers, and scientists. In most cases, these professionals need to be able to apply a high-resolution lens to their work, so these lenses have to go above and beyond what might be sold on a shelf somewhere.
These lenses are able to provide magnified, upgraded pictures of images placed under the lens. In most cases, these images are complex and full of detail, which can be translated into an endless bout of data. Lenses of this caliber are needed to conduct experiments that allow researchers to make decisions about how to treat certain conditions. Therefore, a lens like this might be used in a lab where cancer is being researched.
Several pre-engineered options exist for a few, different microscope object lenses, and they all have different functions. Plan Achromatic is one of the more popular options on the market. It works down to powers as low as 4X, but it goes all the way up to 60X in power. Therefore, it allows for a wide range of view. The magnification range is, therefore, from 40X to 600X, which means that this model can be used a great deal in research so that as much data can be gained as possible.
The iPLN APO Series is also among the most popular options for a reason. It has one of the lowest power settings with 2X, but at the same time, it can go up as high as 50X power. Another feature of this series is the fact that it can handle wavelengths of 400nm to 700nm. There are also different levels of UM in this model. At 2X power, it produces 5 UM, and at 50X it produces about 0.31 UM.
There are many places to purchase microscope objective lenses. Shanghai Optics is one of the leaders in producing these lenses for research purposes. This company is known for producing lenses at the needs of customers, and they will even custom make a lens. For more info click on collimating lens.