Product Introduction

[Detection Principle] Utilizing machine vision technology: using microscope automatic morphology method to automatically recognize and classify visible components in urine based on real-life images.
[Test items] Various urine sediment components such as red blood cells, white blood cells, pus cells, squamous epithelial cells, non squamous epithelial cells, transparent tubular cells, unclassified tubular cells, crystals, bacteria, blood bacteria, sperm, mucus filaments, etc
[Detection speed] 30-50 samples/hour.
[Detection method] Microscope identifies, classifies, and counts targets such as red blood cells, white blood cells, and crystals.
[Sample size] Minimum urine volume 2ml, minimum inhalation volume 0.5ml
Sample processing: The sample does not require centrifugation and can be directly tested on the machine.
[Injection Method] Fully automatic rail type injection, with 10 samples simultaneously on the machine.
Accuracy: Over 90% (with the addition of auxiliary judgment).
[Repeatability Test] CV<10%
【 Carrying pollution rate 】<0.05%
False negative rate<3%
[Reporting Method] XX units/u l international standard quantitative units, combined with dry chemical analysis and quantitative analysis of visible components for graphic and textual reporting.
[External dimensions] 420mm x 340mm x 395mm (length x width x height).
[Weight] 15kg
【 Display 】 5-inch LCD screen.
[Data Interface] A complete set of computer data interfaces that can be connected to dry chemical urine machines, printers, and networks.
【 Power Requirements 】 AC 220V ± 10%, 50Hz
【 Standard configuration 】 Built in computer, standard with display, mouse, keyboard, printer.
[Product Features]
Fully automatic orbital injection, unmanned, with 10 samples on the machine simultaneously, easy to operate. Special focusing solution can be used to automatically correct the focal length of the microscope, ensuring clear and complete sample shooting. The specimen does not require centrifugation and preprocessing, and can be automatically injected, mixed, and taken
Sample and precipitation. Automatically perform target recognition and classification counting on captured images; The high-precision charging counting pool ensures accurate and stable sample size, consistent conditions, standardized test results, and high precision sampling needles, tubes, and valves ensure highly stable storage system;
The efficient automatic cleaning function effectively cleans the inner and outer walls and pipelines of the sampling needle, avoiding cross contamination; It has self-learning and training functions, and the longer the use time, the higher the recognition rate. It can be connected to the urine machine to provide comprehensive reports on dry chemistry and sediment.