The full-band transmittance tester is an advanced detection instrument, which is mainly used to detect the transmittance of liquids, transparent or translucent solids. It uses advanced optical technology and computer technology to provide fast and accurate light transmittance detection of samples in the full wavelength range.
The main features of the full-band transmittance detector include:
1.Full-band detection: The full-band transmittance detector can detect in different wavelength bands such as visible light, ultraviolet and infrared, covering a wide range of detection and meeting the needs of different fields.
2.Fast and accurate: The full-band transmittance detector adopts advanced optical technology and computer technology, which can obtain the transmittance data of the sample in a short time, and has high-precision measurement results, which ensures the accuracy and reliability of the detection.
3.High degree of automation: The full-band transmittance detector can realize automatic operation, reduce the interference of human factors, and improve the objectivity and fairness of detection. At the same time, the automatic operation also greatly improves the efficiency and accuracy of the detection.
4.Wide range of applications: The full-band transmittance detector can be applied to many fields, such as pharmaceutical, food, cosmetics, environmental protection, scientific research, etc. It can be used to detect the purity of drugs, the content of additives in food, the active ingredients of cosmetics, the degree of pollution of water quality, etc., providing a reliable detection method for various industries.
The principle of the full-band transmittance detector is to use optical principles and computer technology to calculate the composition and concentration of the sample by measuring the transmittance of the sample to different wavelengths of light. Specifically, a full-band transmittance detector passes light of different wavelengths through a sample and then measures the change in the intensity of the transmitted light. By analyzing the relationship between the change in the intensity of the transmitted light and the wavelength, the composition and concentration of the sample can be calculated.
In short, the full-band transmittance detector is a powerful and easy-to-operate detection instrument, which can be widely used in various fields. There are a few things to keep in mind when using a full-band transmittance detector to ensure accurate and reliable results.