10L•R.T.+5°C ~100°C•±0.5°C

23000rpm•36960xg•6 x 100 ml / 12 x 50 ml conical

20-200 μl•0.2 μl•0.6

500-5000•5•0.6

RT+5 - 65°C•0.1°C•40 - 250rpm

4(1.1)•4.8(1.3)•5x10 - 2Pa

20•28/40KHz or 40/80KHz or 40/80/120 KHz•360

1.3000-1.7000•±0.0002•0.0001

300~2000rpm•3mm (horizontal)•R.T.+5°C~100°C

-•-•Continuous

18rpm (Fixed Speed)•/•/

1-99 rpm•+4-65°C•Up to 80

1500*780*1610mm•1360*690*520mm•two people two sides

20000•Surface heat-conduction•450°C

50-3000mL (Optional Thickened glass axis compatible with 3L evaporating flask)•Brushless DC motor•20-200rpm

6•1000x1 (weighing range: 0~5,000g, with 1,000g as the standard configuration)•±1g

No•Multi 3-segment programming of microcomputer control•LCD display

4000rpm•990xg•AC85-264V / 50/60Hz

10L/hr•Type I, Type III•Tap Water

160,000LUX Illumination of supplementary lamp - 800000 lux•4500K±500K•100≥Ra≥85

Continuously adjustable within room temperature ~ 90°C•230x160 mm•AC 220V±10% 50Hz (standard model); AC110V±10% 60Hz

920mm-610mm•89 kgs

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.

Yes•1X, 5X, 10X•0~9999

384 well•384 well plate•5-30μl

1280x1024•10 bit•5.4x5.4 (μm)

0.1 mg ~ 240 mg N•3 ~ 8 min/sample•≤ 0.5%

86.7(L)*165(W)*52(H)mm•<1.2kg•200-3900cm

110 g•0.001 g•Load Cell