Uritek TC-101 Urine Analyzer is designed combining modern optics, electronics, and computer technology with other sophisticated technologies. The advance super-high cold light source testing technology is applied in optics, enhancing the discerning ability of optical system and highly reducing the influence of ambient light on test. In system structure, modular system design and large-scale integrated circuit have been adopted to reduce the interference of each fixture of system and improve its reliability and stability. Moreover, Uritek TC-101 Urine Analyzer is convenient for daily maintenance and repair. And this instrument also enhances the revising ability of pH versus specific gravity and eliminates the influence of uric acid and alkali on the test urine specific gravity.

The User-friendly system configuration of Uritek TC-101 Urine Analyzer with functionality and convenience as its design principle make everything perfect. Uritek TC-101 Urine Analyzer has been developed into such instrument integrating urine sample test, data result management, random diagnosis, material support and other functions. The apparatus can also transmit data outward through the outward data outlet on its back. Users can connect it with corresponding computers through this outlet for statistical management.

The apparatus measurement is based on the different colors on blocks of the strip irradiated by light. Its reflex will be received by integrating sphere and will be taken as measuring light wave through the three wavelengths 525nm, 620nm and 720nm in the integrating sphere. It will take light of 720nm wave length as the reference wave light and take different testing wave lights according to the color reaction of different items.

The proportion of different wave lengths will be decided by different tested items and test results will be decided based on the above proportion (reflex rate R%), and data of each test will be printed automatically. If content of a certain composition of the urine is high, the reflex of the corresponding strip block will be dull. Contrarily, if a certain composition content is low, the reflex of its corresponding strip block will be bright.