![]() Accordingly, the price is not a reliable indicator of a camera’s quality. In many cases, lower-priced cameras (below € 500) are more suitable than expensive professional models. In microscopy, the requirements placed on cameras vary widely, depending on the area of application. In this sector, a small number of semiconductor manufacturers and camera companies compete against each other in selling their components (sensors) to camera manufacturers. The development costs for camera sensors are now running in the billion dollar range. The most significant developments, however, take place in the market segment that offers the most profits. Even for the tiny microscopy/macroscopy market, specialised cameras are being developed and marketed. There are now thousands of different digital cameras available for taking photographs and recording video sequences. In recent years, the range of cameras available on the market has virtually exploded. Since we do not sell cameras ourselves, but instead specialise in LM digital adapters for a variety of different camera types, our advice is guaranteed to be objective. We, the MICRO TECH LAB team, support our customers in the process of making this decision. It soon turns out that the seemingly simple question of which camera yields the best results at an affordable price has more than one answer. ![]() ![]() With so many choices, it’s hard to decide – which camera system is best suited to my microscopy application?įor most users, the wide range of cameras on the market makes it difficult to get a perspective and to evaluate and compare the individual models. ![]()
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