Used BIOTEK ELx405UVZY #9083376 for sale

BIOTEK ELx405UVZY is a powerful and versatile laboratory instrument designed for quantitative analysis and liquid handling in research or industrial environments. It features a patent pending linear-drive technology for precise sample handling and is equipped with an intuitive 4.3" color LCD touch-screen for simple control of all functions. The unique aspect of ELx405UVZY lies in its ability to perform both complex analytical methods as well as liquid handling procedures simultaneously. It is able to dispense and mix reagents with diverse volumes in increments ranging from 0.5µL to 10µL, replacing manual pipetting using a variable speed plunger. Further increasing its usefulness, BIOTEK ELx405UVZY also has three integrated orbital shaker platforms for efficient mixing of samples and reagents in microplates. The unit further distinguishes itself through its supply of direct access to connectivity options for direct input to analysis software systems. This includes a USB 2.0 port, an Ethernet port, or Bluetooth for wireless analysis or uploading/downloading of data. Complex protocols are easily programmed through ELx405UVZY's software, and automated liquid dispensing can be executed with quick data analysis capabilities. In an effort to provide sufficient safety for operators, the instrument is equipped with a variety of interlock systems for the opening and closure of the sample and waste trays, as well as an emergency stop and an integrated UV lamp for decontamination. BIOTEK ELx405UVZY comes equipped with a 95 place storage head to store tubes, vials, and microplates for time and cost savings. This can further be combined with the Wash Station Bundle, adding an auto-fill and Pump Station for washing of plates and other samples. The instrument also includes a self-cleaning unit for easy maintenance. As ELx405UVZY is cloud-enabled, users benefit from greater access to routine maintenance and intuitive programming and control. As a result, this powerful laboratory instrument can save considerable time and effort needed for liquid handling while streamlining high-throughput experimental workflows with its multiple modular options.