Used HITACHI L-7000 #9387898 for sale

HITACHI L-7000 is a next-generation spectrometer. This instrumental is based on the modern design of the traditional HITACHI L-6800, and is widely used by scientists and researchers. Different from the L-6800, L-7000 hosts numerous features including the latest in improved optical detection technology. Using a lock-in amplifier, this spectrometer can perform Time Domain measurements with a 0.25nm linearity that offers researchers the most accurate results. Other features improving HITACHI L-7000 from the L-6800 include a larger overall coverage, from 200 to 1700 nm; a more compact design with integrated circuits inside; and an ultra-high speed function to enable faster measurements. L-7000 also includes improved memory capacity with an option to even multiplex multiple units simultaneously, resulting in more efficient data processing and storage. In terms of performance, HITACHI L-7000 offers a wide range of measurement capabilities, from light emission and absorption to fluorescence and higher harmonics. It also provides real-time data and allows researchers to observe the finest details to meet the highest standards of accuracy. L-7000 is capable of collecting and analyzing data from incoming light sources in a very short time and with more accuracy than traditional methods. This instrument is regularly used in measurement applications such as studying the structure of material surfaces and biological samples, in optical detection, and for chemometrics. Furthermore, hosting a USB interface, HITACHI L-7000 can easily be connected to PCs, allowing researchers to share data in ways they could not before. Data can be even monitored remotely, making the use of L-7000 a powerful tool for any researcher. Overall, HITACHI L-7000 spectrometer stands as an advanced tool for increased accuracy and faster performance than ever before. Its integration of modern improved technologies, real-time data collection and powerful remote monitoring make L-7000 a valuable asset for any laboratory.