Used JASCO CO 1560 #9108824 for sale

JASCO CO 1560 UltraScan Velocity Photometer is a lab equipment used for accurate measurements of the velocity, absorbance, fluorescence, and luminescence emission and excitation spectra, as well as for quantitating protein and nucleic acid concentration. It features a wide range of accessories, allowing for simple and easy operation. CO 1560 has a temperature control range of -5°C to 30°C (±0.1), which allows for temperature-dependent measurements of biomolecular interactions in different conditions. It is equipped with a well-designed light path switch, which allows convenient switching between absorbance and luminescence modes without having to manually move the light source. In absorbance mode, JASCO CO 1560 utilizes its high performance optics, together with an interference filter, to measure up to 4 absorbance channels simultaneously. The unit also features a multi-channel detection system, which incorporates a high-sensitivity photodetector and allows measurements to be made with a resolution within 2.0 nm. In fluorescence mode, CO 1560 offers an automated shutter system along with a field optical modulation system. It also allows for digital sampling of spectra at 4,000 points/sec in order to obtain the best data accuracy in the shortest time. The unit provides an adjustable bandwidth, as well as a programmable pulse duration. In luminescence mode, JASCO CO 1560 features a high-frequency chopper that allows for superior signal-to-noise and resolution. The unit also comes with adjustable light source intensity, allowing for extremely accurate and precise measurements. CO 1560 is a highly versatile instrument and is suitable for a variety of applications, such as protein and nucleic acid quantitation, fluorescence and luminescence quantitation, and monitoring of cell cultures. Furthermore, the unit is very easy to use and produces accurate and reliable results. Therefore, it is the perfect choice for any lab that requires accurate and precise measurements in the shortest time.