Used HACH DR2000 #293653522 for sale
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HACH DR2000 is a spectrophotometer that utilizes innovative digital optics for accuracy and precision with the most current and up-to-date design. This spectrophotometer can withstand extreme temperatures and even conditions that are dominated by oils or acids in the atmosphere. It is possible to measure a wide spectrum of samples, including aqueous, colorimetric, turbidimetric, and photometric measurements and spectrophotometric scans. DR2000 is a robust spectrophotometer designed to handle multiple sample types and wavelengths. The on-board library has access to over 180 spectral methods pre-programmed and ready to go, all stored in the nondeflective optics it uses to analyze samples. Using the grating monochromator, different types of LED light output time-stable and energy-stable, so the accuracy and precision of the performance remains consistent. HACH DR2000 is designed to produce accurate, reliable results with its unique features such as a long life LED lamp, automated cell recognition, and an easy to use color touchscreen display. Additionally, it can be connected to an external monitor, laptop, or tablet for ease of use. Using UV, photometric, and visible spectrums, users can measure samples from 0.1-20000 nm. It also has the resolution to measure absorbance to 4 decimal places, as low as 0.0001. DR2000 has a small footprint and is relatively lightweight, making it portable. Additionally, its built-in USB port capabilities allows for easy data transfer without the need for extra cables. It is designed with a dependable grating motor, and automated temperature adjustment components, making it ideal for many industrial, laboratory, and medical applications. Overall, HACH DR2000 spectrophotometer is a powerful, reliable instrument designed to provide accurate, repeatable, and precise results. With its robust design along with the ability to measure a wide range of samples over multiple spectrums, it is an ideal Multispectrum solution for virtually any spectrophotometric application.
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