LuminUltra's GeneCount E-96: Complete automation of RNA purification
LuminUltra's GeneCount E-96 is an automated purification device designed to meet the needs of laboratories looking to optimise their molecular biology workflow. Part of the GeneCount range, this equipment facilitates high-capacity RNA extraction, making sample preparation faster and more reliable. With the ability to process up to 96 samples in a single operation, it is ideal for environments where throughput and accuracy are essential.
The device is part of an effort to standardise extraction protocols, thereby significantly reducing the risk of errors associated with manual handling. Each purification cycle guarantees consistent results and optimal RNA quality for subsequent qPCR analyses. This reproducibility is ensured by technology based on magnetic beads and precise heating modules, enabling consistent extraction from sample to sample.
The GeneCount E-96 incorporates a UV light disinfection system that actively helps prevent cross-contamination. This integrated cleaning device ensures user safety and the cleanliness of the device after each cycle. The user interface has been designed to offer a simplified and intuitive experience. All essential information about current programmes and operating parameters is clearly displayed, allowing operators to easily monitor the process.
Designed to save time and resources, the GeneCount E-96 automates the most time-consuming steps of the extraction protocol. The system is capable of handling sample volumes ranging from 10 μL to 1000 μL, offering great flexibility for a variety of applications. Its standardised methodology gives laboratories peace of mind by ensuring consistent extraction, regardless of the series of analyses performed.
CE, RoHS and WEEE certification guarantees that the device complies with current quality and safety standards. Compact despite its high capacity, the GeneCount E-96 fits easily into modern laboratories looking for a high-performance, reliable solution for nucleic acid extraction.