Used GILSON 203 #9017917 for sale

GILSON 203
ID: 9017917
Micro fraction collector.
GILSON 203 is a lab equipment and accessorie which provides rapid, accurate, and reproducible microliter-scale liquid handlers which are essential tools for basic and advanced applications in molecular biology, cellular biology, and life science research. This equipment is composed of two components: the Peristaltic Pump and the Multi-Channel Analyzer. The Peristaltic Pump is responsible for delivering accurate liquids at predetermined rates and volumes. The Multi-Channel Analyzer is an on-board intelligence that interfaces with the Peristaltic Pump and is responsible for controlling and monitoring its functions. This combination of components ensures that liquids are accurately delivered in the desired volumes and at controllable rates. 203 also features intuitive software and an easy-to-read LCD touchscreen which provides users with a simplified and user-friendly operation. The software also enables control of a wide range of operating parameters and allows for real-time monitoring of system performance. A large selection of racks, trolleys, and labware are available to accommodate different applications, allowing users to easily integrate GILSON 203 into their lab environments. In order to ensure accurate results, 203 is designed to be temperature and humidity controlled. Its advanced Peltier cooling unit is capable of maintaining a constant temperature over a range of 0 to 50°C, while its active humidity control in the range from 0 to 75% guarantees optimal precision and scientific reliability. Additionally, the machine's precise calibration routine with a resolution of 0.1m for liquid delivery makes GILSON 203 an incredibly reliable and precise liquid handling platform. Overall, 203 is an ideal choice for laboratories looking to perform microlitre-scale liquid handling operations in a cost-effective and reliable manner. The intuitive software and comprehensive range of accessories makes GILSON 203 more than capable of delivering accurate and reproducible results, regardless of the application.
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