Used ZEISS LSM-510 Meta NLO #9313686 for sale

ZEISS LSM-510 Meta NLO is a state-of-the-art laser scanning microscope designed for high-resolution imaging of biological samples. It is specifically designed with Nano and Live Operation (NLO) imaging capabilities which offer automated tissue acquisition, rapid scan rates, and precise spatiotemporal resolution. It is equipped with a unique Opticolor high-performance imaging technology, which ensures maximum dynamic range with low noise and high-resolution emission spectra. The microscope is equipped with four high-dynamic-range lasers, a variety of fluorescence detectors, and automated stage control. LSM-510 Meta NLO can acquire series of images in the visible, near infrared, and ultraviolet regions of the spectrum. It has a Visible Laser Module that incorporates three high-intensity diode lasers and one Argon laser-based scanning system and combined multi-position scanner and shutter controls for rapid multi-channel images. The microscope is also equipped with an NLO module for more complex applications involving dual-wavelength imaging systems, allowing for simultaneous imaging of two different fluorophores in the same sample. The Opticolor high-performance imaging feature of the LSM-510 enables fast, high-resolution imaging from the near-visible to the far-red. With its extended spectral range, scientists can easily distinguish between different fluorescent channels, allowing them to analyze the composition and dynamics of biological samples. ZEISS LSM-510 Meta NLO also provides a unique feature called the Adaptive Threshold Comparison (ATC) for ultra-sensitive imaging and detection of rare fluorescent signals. LSM-510 Meta NLO is highly configurable for high-precision imaging, with an intuitive user interface that enables easy setup and control of image acquisition parameters. It is highly compatible with a range of accessories such as objectives, motorized stages, incubation modules, and software for 3D analysis and cell tracking. Overall, ZEISS LSM-510 Meta NLO is an excellent choice for high-resolution imaging of live or fixed biological samples. Its Opticolor imaging technology and NLO capabilities offer flexible solutions for a wide range of applications in the life sciences, enabling scientists to uncover the underlying structure of biological systems.