2100g•0.01g•±0.02g

800L•220V 50HZ•2800W

1020*670*730mm•1240*800*2200mm•850mm

1.2 L•-80°C•3-4 /24h

936L•-10 ~ -25°C•10~32°C

825°C±50°C•480°C•20min (to max. temp.)

6000rpm•3660xg•6x100ml

1000x550x450•250•1550x690x660

184x184mm (7 inch)•Glass ceramic•Brushless DC motor

0.7 L•-55°C•3-4 /24h

200-3000 rpm/min,stepless speed regulating•4.5mm•circumferential

90 gallon(340L)•Double-layer anti-fire cold-rolled steel,PP tray•2pcs

320L•3•1.5KW

4•Support•Precision Continuous Sample Pump

21000rpm•47580xg•4x750ml

220V 50Hz•600W•RT+5~100°C

301L•Low temperature•AC220V 50Hz

Tap water•5-45°C•1.0-4.0 Kgf/cm²

R.T.+5°C~100°C•≤12min(From 40°C to 100°C)•±0.5°C

Monocular Head Inclined at 45°•Quadruple Nosepiece•WF10X

Erythrocyte sedimentation rate analysis•Infrared detection•Westergren ESR value(mm/hour)

1x8, 1x12•3x2L washing bottle, 1x4L waste bottle•96 well

Method: Colorimetry and TurbidimetryPurpose: To identify bacterial species based on optical propertiesNumber of Clinical Strains Tested: 200 Compliance Rate: 90.9%•Method: Broth Dilution TestingPurpose: To determine bacterial sensitivity to antibioticsNumber of Clinical Strains Tested: 200 Compliance Rate: 94.9%•Both ID and AST were evaluated using 200 clinical strains. The compliance rate for bacterial identification was 90.9%, and for antibiotic susceptibility testing it was 94.9%, indicating reliable performance in both bacterial identification and sensitivity determination.

White LED array•3-digit LED display•0-999

190-1100nm•1.8nm or 4nm optional•±0.5nm

16x0.2ml (4x4 layout)•0.2ml single tube•5-80μl

50 specimens•Negative pressure quantitative blood sampling•Constant temperature, rotating and shaking culture

-2.000 to 20.000 pH•0.1, 0.01, 0.001 pH•± 0.002 pH

80000~140000 LUX (at 1m distance)•100≥Ra≥85•600 mm