The BioDrop DUO is a UV/Vis spectrophotometer which has a novel in-built sample port with a fixed 0.5mm pathlength and a cuvette holder to accommodate the BioDrop CUVETTE 125 or a standard 10mm cuvette.
Because the BioDrop DUO has a fixed pathlength, excellent measurements can be achieved without ever needing calibration. Concentrations are obtained quickly using a colour touchscreen to select pre-programmed methods in the on-board software....
Fresh thinking for micro-volume measurement. Launch of new cuvette and UV/Vis spectrophotometers for life science laboratories
BioDrop Ltd has launched a family of innovative micro-volume spectroscopy solutions in the US market, with the introduction of BioDrop CUVETTE and BioDrop UV/Vis spectrophotometers. BioDrop UV/Vis spectrophotometers are available in a range of configurations to suit the applications of every scientist. BioDrop µLite offers a unique in-built sampling port for quick and accurate measurements down to 0.5 µL sample volume...
BioDrop Ltd to launch micro-volume spectroscopy family at ACHEMA 2012
May 25, 2012BioDrop Ltd is to launch an exciting new product at ACHEMA 2012 (Hall 4.2 Stand K63; 18-22 June, Frankfurt am Main, Germany). This is the second product in the BioDrop family, which represents fresh thinking in micro-volume measurement. Demonstrations of the new addition to the BioDrop range will be given on the BioDrop stand throughout ACHEMA. The innovative BioDrop micro-volume cuvette proved extremely popular when it launched in March 2012...
BioDrop low volume cuvette launched
Mar 25, 2012BioDrop, a revolutionary microvolume cuvette provides a robust, accurate and affordable approach to low volume spectroscopy. BioDrop's simple but elegant patent pending design has the same dimensions as a conventional cuvette but is manufactured in two halves that are held together using magnets. The precision machining guarantees that the path length is accurate to within a few microns. Its simple optical layout provides very high energy throughput which ensures that highly accurate measurements can be made over a wide dynamic range and, unlike alternative methods, only one path length is required for most experiments..