Product introduction: The urine analyzer USES the detection light to scan the reaction color blocks on the test strip item by item, and the detection system converts the optical signal into an electrical signal, which is processed by the processor of the instrument and calculated the reflectance of the corresponding color blocks.The reflectance of detection light is different under different color blocks and different depth. Therefore, the content of various biochemical components in urine is determined by setting the gradient of reflectance. Product features: High-speed testing, measuring 420 specimens per hour, can complete 11 tests in 7 seconds Streamlined appearance, clamshell design * super size touch screen, user-friendly software interface, more convenient operation Automatic induction test bar, easy operation * support bar code scanning, easy for diagnosis number input Large capacity storage, can store 2000 specimen test results Compatible with 8, 10, 11, 14 urine strips Technical parameters: Test speed: 500 times/hour Storage capacity: 2000 test results Screen: touch LCD screen Test paper: 8, 10, 11, 14 items and other test functions Printing: qualitative indicators, publicity data results display, printing, built-in thermal printing with peripheral printer interface Online operation: the standard RS232C output can be connected with the computer for data management Language: Chinese, English, Portuguese Working environment: indoor use only, temperature: 0 to 40 ℃; Humidity: 30% to 85% Weight: 4.0 Kg
Product introduction: The urine analyzer USES the detection light to scan the reaction color blocks on the test strip item by item, and the detection system converts the optical signal into an electrical signal, which is processed by the processor of the instrument and calculated the reflectance of the corresponding color blocks.The reflectance of detection light is different under different color blocks and different depth. Therefore, the content of various biochemical components in urine is determined by setting the gradient of reflectance.
