Protect experiment samples•Vertical•Class 100

75 L•4.5 kW•AC 220V. 50HZ

1383*800*2260mm•1280*600*650mm•750mm

100•Biochemical Incubator•0~70

20-25•0-500 W•2, 3, 6, 8, 10

Immersion of Glass Condenser•Max. 0.5Kg•-40°C

35L φ318 x 450mm•0.22MPa•134°C

2x500•Surface heat conduction•450°C

19.90±0.8•2600•220±10%

1-99 rpm•+4-65°C•Up to 80

4000rpm•approx.700g•8x1.5/2.0ml, 8x0.5ml, 16x0.2ml(single tube or 2x8x0.2ml strips)(With 0.5ml and 0.2ml tube adapter)

920x580x655•1040x810x2100•0.33m/s

Yes•Microcomputer intelligent multi-segment programmable•LCD display

5~80rmp•16°•0~99h59min

8(2.2)•9.6(2.6)•5x10 - 2Pa

80L•-25 ~ +30°C•10~32°C

1000*840*2150mm•880"730*745mm•520mm

Realize batch and individual printing•Can customize print field name•≥8

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.

Conductivity:•(0.00~20.00)μS/cm, (20.0~200.0)μS/cm•(200~2000)μS/cm, (2.00~20.00)mS/cm

2•32 wells x 0.2 ml•32-well synchronous acquisition

220 V, 100 W•2750±50 K•concave mirror and separated bar

<1%•<0.005 Abs/10 min•R≥0.995

Voltage: ~220 V; Frequency: 50 Hz•0.5 A•170 mm (67 inches)

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

LED•Excitation wavelength λ0=365nm; Detection wavelength λ1=615nm•1

1550±50 mm•450±50 mm•0-180°