Used MOTIC Moticam BTU10 #9290287 for sale

MOTIC Moticam BTU10 microscope is an advanced imaging system that is suitable for a variety of applications. It is an inverted microscope with a built-in digital camera, which allows images to be easily captured for analysis. The microscope features a five-position nosepiece with four DIN achromatic objectives providing a magnification range of 4x-100x. The incident LED illumination is equipped with a 6-position adjustable diaphragm which combined with the advanced optics, ensures excellent image clarity with excellent contrast. Moticam BTU10 features a built-in digital camera that is capable of capturing high-quality images of specimens, with ease. The images and videos can then be easily transferred to a PC or laptop for further processing and analysis. The camera also features a 3.1 MP Sony CMOS sensor, which captures highly detailed and vibrant images of specimens. Furthermore, the digital camera also features a snap-shot function, so images can be captured with minimal effort. MOTIC Moticam BTU10 also has a live imaging function which allows images to be monitored and compared in real-time. This is ideal for observation of live specimens that may move or change shape frequently. The microscope also features an External Sync port which allows brightfield, DIC (Differential Interference Contrast) and Fluorescence observation to be used simultaneously. This gives researchers more detailed and comprehensive data, which can be used to make accurate and informed decisions. In addition to this, Moticam BTU10 offers a range of advanced features, which make it incredibly user-friendly. It has an intuitive user interface, which is simple and easy to use. The microscope also features integrated calibration and measurement software, to help users to accurately measure specimen lengths and angles in no time. MOTIC Moticam BTU10 also comes with a range of accessories, such as test slides, so users can start working straight away. All in all, Moticam BTU10 is an excellent imaging system that is suitable for a range of applications. It provides excellent image quality, and a range of advanced features that make it a great choice for research.