Manufactured by PerkinElmer Inc's wholly-owned factory, our spectral products (atomic absorption spectrophotometers, UV visible spectrophotometers) have been widely used in the petrochemical industry, environmental monitoring, food safety, biopharmaceutical, mining, scientific research, education, and variable related fields Exported to more than 30 countries and regions such as Europe, North America, South America, Africa, and Southeast Asia The products are well recognized by experts and professional from all over the world.

The SP-UV 300 is a split beam spectrophotometer in the production series of Spectrum Instruments. It gets a technology patent - "space seperated double beam, Non-Symmetric vertical optical path". Compared with traditional double beam technology, simplified optical path improves reliability. The"width narrow and depth deep" design saves placement room.

The SP-UV 300 ultraviolet visible spectrophotometer adopts a large color touch screen, C-T light path monochromator, and a dual beam proportional monitoring optical system. It has functions such as spectral scanning and quantitative analysis, and is an essential quality control instrument for drug analysis, food inspection, and other fields.

SP-UV 300 Ultraviolet and Visible Spectrophotometer (UV-VIS spectrometer) details：

SP-UV 300 Ultraviolet and Visible Spectrophotometer (UV-VIS spectrometer) is an essential quality control instrument for drug analysis, food inspection, healthcare, life sciences, biochemistry, and organic chemistry. It is also an ideal testing tool for schools and research institutes.

- 8-inch large color touch screen, Metro operation interface.

- Real time multitasking core, full graphical interactive interface.

- Non volatile memory, optimized resource allocation, automatic memory of last working status.

- Powerful self check correction function: dark current correction, automatic search for zero aurora.

- Positioning the characteristic spectral line position of deuterium lamp at 656.1nm.

- Exquisite graphic and text output interface.

- Optional PC control, optional with multiple Win Scan professional or advanced software product details.

SP-UV 300 Ultraviolet and Visible Spectrophotometer (UV-VIS spectrometer) quantitative analysis:

You can achieve first-order linear fitting of 8 standard samples by measuring the absorbance of the standard sample and inputting the concentration of the standard sample. The prepared standard curve can be stored, printed, or used to measure unknown samples using curve parameters.

SP-UV 300 Ultraviolet and Visible Spectrophotometer (UV-VIS spectrometer)main testing functions:

The upgraded SP-756P ultraviolet visible spectrophotometer has changed the simple display mode of the original character type. It adopts a large color touch screen and adds functions such as spectral scanning and quantitative analysis. It can record the absorbance, transmittance or concentration of the sample in real time, draw the spectral scanning curve of the sample and the working curve of the standard sample, and display various testing parameters, such as the current wavelength position and instrument light energy, Various information such as light source switch status and operation prompts. The humanized design conforms to the operating habits of most users. The SP-756P ultraviolet visible spectrophotometer can provide various testing modes.

SP-UV 300 Ultraviolet and Visible Spectrophotometer (UV-VIS spectrometer)spectral scanning:

You can set the wavelength range, perform full band scanning and segment scanning on the sample, measure the absorbance and transmittance curve of the sample with wavelength, analyze the spectral characteristics of the sample, and select fast, medium, and slow scanning speeds with scanning intervals of 0.1, 0.2, 0.5, 1.0, 2.0, and 5.0 nm according to the testing accuracy requirements. You can also choose the coordinate axis range to achieve the best aesthetic effect. You can set the peak height value for peak retrieval, You can also retrieve the numerical values and peak positions of any point on the screen. When you print the scanned map, the peak values will be presented in a list form before your eyes.