Used HITACHI U-2900 #293618133 for sale

HITACHI U-2900 spectrophotometer is a high performance instrument used for quantitative measurements of ultraviolet (UV) to visible (VIS) light. It offers non-destructive spectrophotometric analysis over a wide range, making it suitable for spectrophotometric research in analytical chemistry, clinical chemistry, and environmental analysis. HITACHI U2900 is an able multi-purpose general purpose spectrophotometer incorporating various features and functions for efficient sample analysis. Its outstanding features include an automatic slit control (ASC), a dual xenon lamp block, adjustable spectral bandwidth control, spectral coverage from UV-VIS, a fiber optic spectrophotometer, an automatic sampler, and a high resolution data acquisition system. U-2900 is an advanced spectrophotometer designed to provide accurate, high- resolution measurements of sample absorbance and reflection over a wider spectral range than other available models. It offers a broad wavelength range of 190-1100 nm with a spectral bandwidth of 6.0 nm. The dual xenon lamp block provides both near-UV and visible light sources for application flexibility. The ASC feature offers a micrometer control of slit width, allowing the user to adjust resolution as needed to obtain optimum results. U2900 also features a high-speed, high-resolution data acquisition system designed to enable quickly and accurate results. Its high-speed data acquisition system, media capture, and file transfer features enable rapid measurement for various applications. It offers a ten sample tray, a shaker, and a molecular probe for accurate sample handling and analysis. Its adjustable spectral bandwidth control offers a resolution of 0.15nm per channel. On the whole, HITACHI U-2900 spectrophotometer is a reliable and dependable device. With its stable and dependable components, it offers a wide range of capabilities to users engaged in analytical measurement of ultraviolet and visible light. It is highly durable and offers excellent precision and accuracy and has a good data storage capability, enabling experiments and samples to be stored with ease. It offers a stable and reliable platform for conducting spectrophotometric analysis in any scientific environment.