Used ZEISS Axiotron #9086486 for sale

ZEISS Axiotron is a high-end inverted microscope that is suitable for complex live sample imaging and time-lapse video recordings. It features an extremely sensitive camera head, precise movement mechanics and integrated illumination options that provide users with excellent quality digital images. With an advanced modular design, Axiotron allows for a variety of configurations and personalization for a wide range of applications. ZEISS Axiotron's design is based on the inverted optical platform which places the objectives and sample stages below the stage tops. This helps to maximize image quality by eliminating unwanted stray light and minimizing aberrations. In addition, it also provides excellent access to the sample chamber for analysis and manipulation. The axial kinematic stage of Axiotron provides precision movements of up to 0.25 μm in the XY plane and 0.1 μm in the Z plane. This stage is coupled with an anti-vibration platform for time-lapse recording and long-term imaging. ZEISS Axiotron also features a high-resolution digital camera head and an integrated LED illumination system. The combination of these features allow for optimized configurations for bright-field, polarizing and fluorescence imaging. Axiotron microscope also includes hard and soft automation features such as a plate capturing mode, a patchwork stitching mode and a scan line stitching mode. These features allow for the easy acquisition of multiple images into a single high resolution image. ZEISS Axiotron is an excellent choice for imaging various samples types including tissue culture, cell, and developing embryo cultures. It can be used to analyze thin slices such as in tissue, histology and pathology applications. This microscope is also ideal for cell biology and fluorescence imaging as well as materials science and semiconductor applications. With its advanced optical technology, superior imaging capabilities and precision movement mechanics, Axiotron is an ideal choice for advanced and complex experimental setups. It is an excellent combination of an inverted microscope and automated imaging capabilities which is ideal for a wide range of research and imaging needs.