96-well absorbance microplate reader with three usb ports

The 96-well absorbance microplate reader is capable of high-precision light absorption detection in the wavelength range of 340nm to 750nm, suitable for 96-well microtiter plates and capable of handling different throughputs of sample detection. The 96-well absorbance microplate reader is equipped with a 7-inch touch screen LCD monitor with a simple and intuitive operating interface, which eliminates the need for an external keyboard and enhances the ease of use. Meanwhile, this microtiter plate zymography instrument has a built-in storage function to save measurement data and programs, and supports data export via USB flash drive, which is convenient for sharing and archiving with external systems.

Main Features of the 96-well Absorbance Microplate Reader

1. wide range of absorbance measurement: supports absorbance measurement from 0.0 to 4.000 Abs, which can meet different concentration and experimental requirements.
2. Efficient detection speed: each detection can complete the light absorption measurement of 96-well plate within 65 seconds, which improves the experimental efficiency.
3. 8-position filter wheel: equipped with 4 filters, users can choose different filters as needed to meet a variety of experimental conditions.
4. high-resolution touch screen: 7-inch color LCD touch screen, easy to operate, friendly interface, reducing the tedious operation steps.

Advantages of 96-well Absorbance Microplate Reader

1. easy to operate: no keyboard operation, touch screen operation makes it easier and more intuitive to set up parameters, read data, and reduces operating errors.
2. flexible data processing: built-in software provides data storage, analysis and reporting functions, support for data export via U disk, convenient for information sharing and further analysis.
3. High accuracy and reproducibility: High accuracy and reproducibility of measurement results are ensured by high quality filters and precise optical detection, suitable for experiments with strict requirements on result accuracy.

Working Principle

96-well Absorbance Microplate Enzyme Labeler utilizes a filter to select a specific wavelength light source to irradiate the sample in the microplate, and then measures the sample’s absorbance of the specific wavelength light through the detector. The measurement process is controlled by a built-in microprocessor that enables precise quantitative analysis of the absorbance of the sample. The instrument uses optical filters to select wavelengths, ensuring that light absorption measurements are performed under precise conditions for each sample.

Application Areas

1. Medical and clinical testing: widely used in hematology, immunology testing, drug screening and other fields, it can quickly analyze the absorbance data of different samples to help medical personnel make a rapid diagnosis.
2. Biology and drug research and development: in molecular biology, cytology, protein analysis and other biological fields of experiments, to help researchers analyze the concentration of samples, activity and other parameters.
3. Environmental monitoring and food analysis: It can be used in the field of water quality analysis, food composition analysis, etc. to quickly measure the absorbance of pollutants or ingredients.
4. Education and scientific research: provide stable and efficient measurement tools, widely used in laboratories of major universities and scientific research institutions for experimental teaching, data research and so on.

Software Features

1. built-in data analysis: provide comprehensive data processing and analysis functions, including absorbance measurement, standard curve drawing, data conversion, calculation and other functions.
2. data storage and export: support the storage of data and programs, convenient for users to query the history. The data can be exported through U disk, support and PC terminal connection for further analysis.
3. standardized control and PC software: equipped with standard control and PC data analysis software, users can conduct more complex data analysis through the computer, convenient and fast processing of large quantities of experimental data.