Used BECKMAN COULTER Multimek 96 #141142 for sale

BECKMAN COULTER Multimek 96 is an advanced liquid handling equipment designed for high throughput applications in academic, medical, industrial and biotechnology labs. The system features a high accuracy multi-channel pipetting technology for precise sample dispensing, as well as an advanced robotic arm for precise handling operations. The unit for each channel includes a digital controlled, overpressure-proof, non-depressed piston polymerase chain reaction (PCR) displacement piston and has the ability to handle liquids from 0.5 to 75 µl with an accuracy of up to +/- 1µl. The stackable storage rack has a capacity of 9x12 sample tubes, allowing for quick and efficient sample collection. Multimek 96 is outfitted with a fully robotic arm for precise operations, such as moving and dispensing up to 96 of reagent or sample per cycle. It also features interchangeable tips to create repetitive dispensing tasks such as serial dilutions, and can be customized to each user's needs. The machine is easily programmable, offering a graphical user interface that simplifies programming. Additionally, the tool comes with an intuitive software package that allows users to create protocols, set up transfer protocols and prepare samples. BECKMAN COULTER Multimek 96 is also outfitted with a few additional accessories to maximize its utility, including a vacuum manifold, liquid level and barcode readers, an on-board barcode printer, a Peltier thermostat, a water-cooled condenser, and a pressure control asset, which ensures accurate and reliable liquid dispensing. Additionally, the model can be fitted with custom media fillers and a plate handler that increases throughput when handling plates. Multimek 96 brings precise and reliable liquid handling to any laboratory setting. It is outfitted with a highly precise multichannel pipetting equipment, a robust robotic arm for precise operation and a range of additional accessories that can be tailored suit to meet each user's needs. With this precision and versatility, it is ideal for high throughput applications and can be used to increase efficiency and accuracy in a wide range of commercial, academic and medical settings.