Hash DR6000 UV Visible spectrophotometer

Product Overview:

The DR6000 UV Visible spectrophotometer is the fourth generation spectrophotometer product launched by Hash Company in 2012. It can measure water samples in the UV and visible light regions with excellent analytical accuracy, achieving a perfect unity of reliable results and efficient measurement.

The intuitive menu navigation system and 7-inch color touch screen of DR6000 UV visible spectrophotometer enable customers to input and calibrate custom methods through a few simple steps; Support customized applications that can fully meet the needs of customers with strict precision requirements; Built in AQA with planning, management, and recording functions; Support Ethernet connection, which can quickly obtain data and perform real-time data transmission; The instrument is equipped with over 250 pre programmed methods (for measurable parameters, please refer to the "Hash Spectrophotometer and Colorimeter Measurement Parameter List" in the sample), as well as optional software application packages, including analysis of drinking water and beer.

This instrument can be widely used for laboratory water quality monitoring in industrial, municipal, environmental protection, education and research, disease control and other fields.

Features and advantages:

• The instrument is equipped with over 250 pre programmed methods, including parameters such as TOC, heavy metals, and nutrients. The intuitive menu navigation system and 7-inch color touch screen allow users to input and calibrate their own methods through a few simple steps. There is also an optional application package that includes analysis speed scanning for drinking water, beer, etc., combined with a simple LIMS (Laboratory Information Management System).

• DR6000 can achieve the highest analysis efficiency in the laboratory. It has data storage function, which can store 5000 sets of data and 200 user-defined programs. It can automatically recognize pre made hash barcode reagents, automatically measure 10 values at different positions, remove outliers and take the average, and display the final average value within 10 seconds. As a result, with the use of pre prepared hash reagents, the number of work steps will be greatly reduced and comparable to standard methods. The experimental process can be monitored and calibration data, batch numbers, measurement steps, and raw data can be accessed at any time.

• Optional rotating adapter, digester, and flow pool module for continuous analysis with three USB interfaces, and Ethernet port for fast data acquisition and real-time data transmission. Can be directly connected to a printer and print experimental results

• It has three-level password protection function, permission setting function, and timer function.