Range of Microplate Readers Launched

Biochrom Ltd have announced the commercial launch of its EZ Read range of microplate readers. The Biochrom EZ Read range of microplate readers has been developed to meet the specific application needs of scientists.

Biochrom has created the EZ Read microplate reader range by matching its expertise in absorbance measurement with requests from scientists and technicians to make their experimental workflow easier and more effective. Biochrom’s focus on scientists’ requirements has resulted not only in a dedicated range of instruments but also in the development of unique data acquisition and analysis software; Galapagos for EZ Read.

Measurement of ELISA assays is a major application of absorbance-based microplate readers. Biochrom offers a comprehensive solution for scientists running ELISA assays using Galapagos software’s intuitive ‘click and drag’ approach for setup and analysis, as well as offering a shaker/incubator and a microplate washer to complete the ELISA workflow. Biochrom’s EZ Read range offers the broadest range of ELISA microplate readers so that scientists can choose the right instrument for their unique laboratory environment.

For research scientists, Galapagos software for EZ Read enables quick set up of data analysis making it just as easy to analyse data as to export to Excel. The extensive EZ Read instrumentation range enables scientists to measure all their absorbance assays such as ELISA, total protein and cell viability assays, without the need to buy and install extra filters.

The EZ Read range builds on the success of the EZ Read 400 which was launched in 2011 and is now relied upon by scientists in ELISA labs globally. The EZ Read 800 provides the same reliability and flexibility as the EZ Read 400, but is faster, making it an excellent choice for high throughput labs. The EZ Read LED also provides fast measurements of ELISA assays but uses LEDs for reduced energy consumption and reduced maintenance. For the greatest range of versatility, the EZ Read 2000 has flexible wavelength selection allowing for scientists to choose any wavelength from 340 to 800nm.