Used NANOSIGHT LM10 #9164690 for sale

NANOSIGHT LM 10 is a cutting-edge microscope developed by Malvern Instruments. It is suitable for multiple research and development applications, including nanoparticle analysis, optical characterization, nanoscale morphological measurements, and chemical imaging. The equipment is equipped with a unique operating software which incorporates the latest advances in light microscopy and nanophotonic technology. LM 10 features a 10x plan-objective lens, with an optional 20x or 40x objective lens for higher magnifications. The system also has a stage-mounted digital camera, which enables it to capture magnified images with excellent resolution. Additionally, the imaging unit includes a compact monochromatic LED light source, ensuring enhanced contrast for bright field, dark field, and epi-fluorescence imaging. The machine can provide detailed 3D measurements of particles and objects, thanks to a unique 3D autofocus tool. This same asset is also used to capture high-resolution images with accurate depth control. Additionally, the model is equipped with a secondary optical detection equipment to monitor the signal collected from the specimen. This ensures that the operator can adjust the focusing point of the microscope and refocus it if necessary. For precise and accurate particle size measurements, NANOSIGHT LM 10 features a high performance dynamic light scattering (DLS) system. The DLS unit combines high-resolution optics, efficient light detection, and dual auto-focusing. This ensures accurate particle size measurements, with excellent repeatability between particles. Finally, LM 10 is equipped with an intuitive graphical user interface, allowing researchers to easily control the machine's many powerful features. The software also includes a powerful workflow manager, to ensure efficient and reliable processing of data. In conclusion, NANOSIGHT LM 10 microscope is an advanced tool developed for multiple research and development applications. Its combination of high-precision optics, excellent image resolution, and efficient particle size measurement make it an ideal tool for nanophotonic and nanomaterials research.