KoPa electron microscope MC500 is designed especially for troubles bothering traditional microscope users. Only by connecting MC500 to traditional microscope can you release your eyes fettered on microscope to alternate traditional microscope into electron microscope immediately.

MC500 is featured as simple installation, strong commonality, rich functionality, ease of use. The color of the machine body is classic black with light outlook design.

From long time, only one observer can make observation every time when the microscope is in use and also needs to observe with eyes attached closely to the lens. However, the launch of MC500 electron microscope makes simultaneous observation for several users come true. MC500 provides shooting, recording and storage function. It can store the observed images into computer, measurement and statistics and raise the usage connotation of traditional optical equipment. MC500 makes micro world no longer small and keeps the instant moment into eternity.

MC500 electron microscope has strong compatibility and can be changed according to different purposes. All microscopes with optical interface of international standard size (for example, caliber 23.2mm microscope) can connect with MC500. Also, the specially configured 30mm and 30.5mm adapter rings solve your worries. Applicable schemes are offered for your choice.

Its worth of mentioning that 0.5Xmagnifier and 1Xeyepiece are equipped with rubber ring to make the adapter ring very stable and avoid detachment troubles.

Another advantage of MC500 is that it is a piece of relative independent equipment with more flexibility and operability. MC500 can not only be combined with various microscopes but also with a series of visual machine lens. When you use your visual machine with MC500, your machine will become more powerful instantly. MC500 will never let your machine leave behind and it can also raise operation rate and reduce your expenditure.

To make a general survey of the whole industry, electron microscope (industrial camera) is playing a more and more important role in educational, medical, scientific and research and other fields besides common application in industry. For example, in scientific and research field, it is used to record motion change of objects; in sports field, it is used to analyze athlete’s technical features by high-speed photography and record athlete’s motion locus; in military field, it is used to examine arms performance and analyze ballistic curve.