The Multidrop 384 Dispenser – The essential dispensing tool for high-throughput research
The Multidrop 384 microplate dispenser from Thermo Fisher Scientific represents technological excellence for modern laboratories. Designed to meet the growing need for speed, reliability and reproducibility, it accurately automates the process of dispensing liquids into 96- or 384-well plates. This device features an 8-channel dispensing motor that allows simultaneous filling, saving significant time while maintaining the consistency essential for precision experiments.
Thanks to its integrated peristaltic pump, the Multidrop 384 offers volume flexibility ranging from 5 to 395 µl depending on the type of plate used. Quick switching between 96- and 384-well formats is achieved simply via a dial control, making the device particularly ergonomic for everyday use. It also features an intuitive control panel that facilitates the configuration of volumes and columns to be filled, while providing visual feedback via LEDs to monitor the status of the device.
This dispenser is also designed to integrate seamlessly into automated chains thanks to its RS-232C serial port. It can therefore be controlled remotely in a robotic environment, making it an ideal choice for high-throughput installations, particularly in pharmacological screening or biomedical research. In stand-alone mode, it remains a compact, lightweight (6.2 kg) tool that is easy to position on a laboratory bench.
Another major advantage is its distribution cassette: detachable, calibratable and autoclavable up to 50 cycles, it ensures optimal sterility and limits the risk of cross-contamination. Its backflush system also prevents the waste of expensive reagents by returning unused liquids to the original bottles.
The Multidrop 384 is designed for long-lasting maintenance. Cleaning is simplified by detailed guides, the cassette can be washed with deionised water or mild detergent and is easy to replace. Proper maintenance procedures ensure long-lasting performance, which is essential in intensive working environments.
