20rpm (fixed)•3D / 20 (fixed)•0.8kgs

110kg•1g•±2g

5000rpm•3074xg•220V-50Hz

/•Siedentopf binocular viewing head, inclined at 30°,•WF10X/18

1.2 L•-80°C•3-4 /24h

100•Biochemical Incubator•0~70

110g•0.001g•5°C-35°C

1040*800*2200mm•820*670*730mm•850mm

1500*700*1770mm•1400*595*550mm•750mm

285L•-10~-40°C•-40

1300*820*2040mm•1200*500*570mm•750mm

19.5-20.5•0~2200 W•15, 20, 22, 25

1203L•680*1180*1500mm•1450*1990*1760mm

4(1.1)•4.8(1.3)•5x10 - 2Pa

Alloy wire heating in three sides left; right; top side•100-1200°C•1°C

300kg/24h•150kg•Square

Liquid•310g•0.005g

0-300•0.45•0.4

Constant-Voltage, Current•5~300V,1~300mA,Maximum 90W•1V,1mA

10 inch high-resolution capacitive touch screen•Xenon flash lamp / Number of flashes > 10^9•200-1100 nm

Finite Optical System•Seidentopf Binocular Viewing Head Inclined at 30°, Interpupillary 47~78mm•Wide Field Eyepiece WF 10X/18

±89.99°Arc; ±259°Z•Optical Rotation; Specific Rotation; Concentration; Sugar Degree•0.001° (optical rotation)

0.01 μSv/h ~ 10 mSv/h•0.01 μSv ~ 9999 Sv•X and Gamma radiation: 40 KeV ~ 3.0 MeV

Paramagnetic particle method•96-well•20~1000μl

Flip the Power Switch to ON, digital display shows current temperature•SET Key to switch to temperature mode, adjust with side buttons, confirm with SET Key•80-90°C (Do not exceed 100°C)

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

42 MPa (Stainless steel)•High-pressure and low-pulse two-piston tandem advection pump•≤ 0.1 MPa

40000~120000 LuX•3000~5000•≥98

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.