The coagulation analyzer medical device FIber Detect blood coagulation function

Product Description:

The optical fiber of the coagulation analyzer plays an important role in the process of coagulation testing.

The coagulation analyzer is a medical device used to detect the blood coagulation function. The optical fiber is mainly used in the optical detection system. When the blood sample undergoes a coagulation reaction during the testing process, there will be changes in some optical properties (such as light scattering, transmittance, etc.). The optical fiber can accurately conduct optical signals and transmit the optical changes at the detection site to the photodetector. In this way, the instrument can analyze parameters such as the time and state of blood coagulation according to the changes in the optical signals.

Like the optical fibers in other instruments, the optical fiber of the coagulation analyzer also needs appropriate maintenance, such as keeping the connectors of the optical fiber clean, preventing the optical fiber from being bent or damaged, ensuring that the optical signals can be transmitted accurately, and thus guaranteeing the accuracy of the coagulation test results.

Polymerase chain reaction (PCR) instruments used for optical detection, optical fibers play a crucial role.

Optical fibers are mainly used to connect the optical detection components of PCR instruments, such as fluorescence detection modules. During the PCR reaction process, as DNA amplification occurs, fluorescently labeled substances will emit light at specific wavelengths. Optical fibers can efficiently transmit these optical signals to the photodetectors.

Its advantages include:

- High efficiency of signal transmission: It can transmit fluorescence signals with low loss, ensuring that the detector receives signals with sufficient intensity to accurately monitor the situation of DNA amplification.
- Anti-interference ability: Due to its material and transmission principle, optical fibers can effectively avoid external electromagnetic interference, ensuring the purity of optical signals and thus providing accurate detection results.