Used MOLECULAR DEVICES LMAX II 384 #134843 for sale

MOLECULAR DEVICES LMAX II 384 is a multifunctional luminescence imaging equipment designed for highly sensitive and accurately quantified imaging of live and fixed cells. This highly advanced imaging instrument features an array of 384 light detectors and an extended wavelength range which allows the operator to capture images from both fluorescent and luminescent sources. The LMAX II is a benchtop system that is highly adaptable and can be customized to fit any experimental environment. Its simple design includes full color imaging capabilities, a high resolution camera, and automated process control capabilities. Additionally, the LMAX II is capable of integrating live cell assays, meaning that cells can be monitored over time. The unit's advanced light detector allows for high-quality imaging of both live and fixed cell samples. It has a fast detection times and is capable of taking multiple readings in a single exposure. This ensures high accuracy of images even under challenging conditions. Additionally, the advanced optical design of the light source and detector ensures a high signal-to-noise ratio and improved detection sensitivity. The LMAX II's imaging capabilities are optimized for cell-based assays. It can be used to study intracellular activities such as gene expression, receptor activation, and cell signaling. The LMAX II's versatile software and hardware also ensure accurate, reproducible results with a variety of cellular assays. The LMAX II machine can be used for either time-lapse or stopped-flow imaging and contains a variety of user-friendly features to control the imaging process. An intuitive graphical user interface (GUI) guides the user through the setup process and allows for easy control of exposure time, gain, and filter settings. Additionally, the LMAX II is compatible with several data analysis software packages, allowing users to quickly analyze, store, and share their experiments. LMAX II 384 provides industry-leading performance and is designed to meet the needs of any modern laboratory. Its advanced imaging capabilities and easy-to-use software interface make it an ideal choice for researchers looking for a straightforward, highly sensitive imaging tool.