Used MOLECULAR DEVICES PatchXpress 7000A #9303677 for sale

MOLECULAR DEVICES PatchXpress 7000A is an automated cell imaging system designed to facilitate patch-clamping experiments in life science laboratories. This lab equipment and accessory can scan up to eight electrodes and eight cells simultaneously, while capturing high quality images and performing data analysis at the same time. PatchXpress 7000A consists of an upright design with eight cells arranged along the bottom shelf and eight electrodes arranged in a row along a vertical platform. The platform is adjustable to ensure optimal positioning of the electrodes relative to the cells. The microscope is capable of direct imaging of both the cells and the electrodes, with a high resolution CCD camera offering 1.3 megapixel resolution, allowing for high accuracy imaging of the target cells. In addition to its imaging capabilities, MOLECULAR DEVICES PatchXpress 7000A is equipped with an automated two-way micromanipulator and vacuum pump, allowing researchers to quickly manipulate the sample cells during experiments. The automation of the micromanipulator also provides greater control over sample manipulation, creating a more efficient and reliable experiment setup. PatchXpress 7000A further enhances data throughput by using a 16-bit A/D converter, which allows for the rapid acquisition of data without amplifying spurious noise. This system also incorporates an electrode reliability detection feature, which ensures only reliable data is recorded and eliminates the need for manual data verification. MOLECULAR DEVICES PatchXpress 7000A is equipped with an intuitive and user-friendly software package, allowing researchers to control and manage the entire data acquisition and analysis process. The software allows researchers to program experimental protocols, and it provides functions such as data analysis tools, comparison plotting tools, and user-defined filters. In summary, PatchXpress 7000A is an ideal laboratory accessory for cell imaging, patch-clamping experiments, and data acquisition. With its automated micromanipulator, high-resolution imaging capabilities and intuitive software package, this system provides researchers with a reliable and efficient tool to increase the accuracy and throughput of their biological research.