M133 Urine Sediment Analyzer

M133 Urine Sediment Analyzer

Test items: red blood cell, white blood cells, pus cells, squamous epithelial cells, non-squamous epithelial cells,WBCC, transparent casts, unclassified casts, crystals, bacteria, blood bacteria, sperm, mucus and etc.

Principle: Flow cell technology, medical image information fusion technology, machine intelligence visual recognition technology

Flow counting cell Four-channel quantitative flow counting cell

Specimen: At least 2.5 ml

Detection speed: 120-150 samples/hour

Aspiration: 0.5 m1

Sensitivity: <10 /ul

Recognition rate: > 95% artificial auxiliary judgment

Repeatability Test: CV < 10%

Carrying pollution rate: < 0.05%

False negative rate: < 3%

Data storage: 200000

Languages: Chinese, English or language set according to user's requirements

Report form: XX/ul & HPF international common quantitative units, comprehensive graphic report of dry chemical analysis and urine formed elements quantitative analysis 

External printer

Working environment (temperature and humidity): 18°C 30'C

Power supply: AC220V 10% 50Hz

Dimensions (mainframe): 660mm × 440mm × 570mm (length × width × height).

Weight: 33kg

Features

Working principle:

Use flow counting cell, medical image information scanning technology and machine vision visual recognition technology to automatically position, track, scan, identify, classify, count and analyze the urine formed components.

Sample injection system:

Fully automated orbital 10-tube specimen rack automatically senses continuous sample injections, and the sample area to be tested can accommodate 60 specimens at a time.

Automatic specimen scanning and positioning, real walk away, no centrifugation, directly test with original urine, automatic suction and mixing.

Flushing system:

Use high-precision, PTFE-plated sample-sucking needles to make the cleaning of the instrument pipeline more thoroughly and cross-contamination is eliminated as much as possible.

Industry's highest 4-channel design:

Single-needle 4-channel sampling design, the instrument has a channel to detect other channels settlement, cleaning function, to save the test time to the maximum, equivalent to 4 sets of instruments in the test, and fully guarantee the speed and efficiency of the specimen detection.

Self-learning function:

The target of instrument misidentification is modified by the operator. After training, it can be stored and automatically modeled.

Automatic focusing function:

After the instrument is used for a period of time, special focusing liquid can be used to automatically correct the focal length of the microscope to ensure clear and complete sample shooting.