Used NIKON NWL 860 #9389823 for sale

Manufacturer
NIKON
Model
NWL 860
ID: 9389823
Wafer Size: 8"
Wafer loader, 8" With Optiphot 200.
NIKON NWL 860 is an excellent research grade microscope with its motorized platform providing users with precise, automated control of most parameters for imaging and analysis experiments. NIKON NWL860 is a modularized inverted microscope featuring Infinity Corrected objectives, NIKON CF Plan Achromat for brightfield observation and ApoTome imaging modes. NWL-860 features an X-Y stage with a travel range of 77mm x 60mm, a maximum speed of 10mm/s, a Z-axis range of 18mm with a focus accuracy of 1μm and a minimum trigger step of 0.1μm. The motorized stage enables accurate, repeatable imaging and scanning. For up-to-date control options, NWL 860 supports both NIKON Padded Stage Control Software (PSCS) and independent PC control software (IPSCS Pro). NWL860 utilizes LED illumination for basic brightfield imaging. Photon-counting and CCD cameras can also be integrated. The illumination system provides a large selection of filters that can help optimize the emission and transmission wavelengths. For advanced imaging modes, NIKON NWL-860 features optional components for fluorescence, spinning disk confocal, ApoTome and super resolution. Its 20x ApoTome objective is corrected for spherical and chromatic aberration, and provides 3D images of highest quality. For moving objects and general live cell imaging, NIKON NWL 860 provides closed loop XY travel and Z focus control. To minimize additional vibration and unwanted mechanical noise, NIKON NWL860 is built on a large, stable base that is designed to reduce part vibration. To ensure accuracy and reliability, all systems are calibrated using NIKON enhanced vibration isolation and alignment. In conclusion, NWL-860 is a powerful, motorized inverted microscope designed for the most demanding research and medical applications. It provides an advanced imaging system, robust design and precise control to ensure results of highest quality in a variety of different imaging and analysis experiments.
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