EUROMicroblot Microwell Imager
The Microwell Imager, known as EUROMicroblot, is a compact and efficient benchtop device designed for the acquisition and evaluation of EUROMicroblots—miniaturized blot strips within microplate wells. This innovative system offers fast image acquisition and intelligent image pre-processing, seamlessly integrating into automated EUROMicroblot processing workflows. With an integrated barcode scanner, the Microwell Imager ensures reliable assignment of EUROMicroblot plates for accurate sample tracking.
Powered by EUROLineScan software, a trusted platform for automated blot strip evaluation, the Microwell Imager provides user-friendly operation and convenient analysis of recorded blot bands. The software displays, documents, securely archives, and exports all data and results to the laboratory information system (LIS) through EUROLabOffice 4.0 middleware, ensuring streamlined data management and reporting.
The Microwell Imager delivers reliable and fast evaluation of EUROMicroblots thanks to its intelligent image pre-processing capabilities. Its compact footprint allows for easy integration into any laboratory setting, optimizing space utilization without compromising functionality. The system’s intuitive operation via EUROLineScan software simplifies the imaging and analysis process, enhancing workflow efficiency.
Key specifications of the Microwell Imager include a sample capacity of up to 96 samples per plate in 96-well format, a speedy acquisition rate of approximately 96 seconds per microplate (1 second per image), a high-resolution 5-megapixel monochrome camera sensor with imaging resolution below 15 μm per pixel, and white-light LED illumination for optimal image quality. The automatic barcode scanner ensures precise identification of barcode types for seamless sample tracking.
Overall, the Microwell Imager (EUROMicroblot) is a powerful and reliable solution for efficient EUROMicroblot image acquisition and evaluation, offering intelligent pre-processing, user-friendly operation, and clear sample identification, making it an invaluable asset in modern laboratory environments.
