There are many advantages to using an Inverted microscope. Here are some of the most common:

l Easy access to the specimen: It is simple to reach the specimen for manipulation or additional analysis because the objective lenses of an inverted microscope are situated below the stage. For processes like cell sorting, gene transfection, and microinjection, this is extremely helpful.

l Cost-effectiveness: Compared to other types of microscopes, such as upright ones, inverted microscopes are often more affordable.

l Low maintenance: Inverted microscopes are often simple to operate and maintain. They are therefore a wise alternative for laboratories with a staff or resource shortage.

l Stability: For applications like live cell imaging, a more stable viewing platform for specimens is made possible by the inverted microscope architecture.

l Direct observation of living cells and tissues: You can examine living cells and tissues with inverted microscopes without taking them out of their culture plate or other container. This is crucial for research involving cell culture, tissue engineering, and other applications where it's necessary to preserve the specimen's integrity.

l Wide field of view: Compared to other types of microscopes, inverted microscopes often have a broader field of view, making it simpler to study large specimens or several specimens at once. Applications like cell counting, cell morphology analysis, and tissue imaging can all benefit from this.

Inverted microscopes are a popular choice for a lot of applications since they often have a number of benefits to offer. An inverted microscope is a fantastic choice if you want a microscope that is simple to use, maintains sterility, and gives you direct access to the specimen.