Natural Convection•RT+5-65°C•0.1°C

23 L•450x550x350 mm•φ249x450 mm

16000rpm•6x100ml•1-9h59min

700*700*2000mm•600*500*540mm•750mm

210g•0.001g•0.004g

5000rpm•4420xg•6x100ml

Thickened 202 stainless steel•Leather (integrated leather pad)•1750-500 mm, thickness 4 cm

920mm-610mm•89 kgs

220-240VAC, 50Hz / 60Hz; 110-127VAC, 60Hz•4A•1400VA

2 ~ 8 °C•10~32°C•1000 / 35.31

R.T.+5°C~150°C•5°C~150°C•±0.5 °C

Forced convection•RT+10-300°C•0.1°C

22 gallon(83L)•Double-layer anti-fire cold-rolled steel,PP tray•3pcs

5 μl•2.0%•0.1

210kg•10g•±20g

Room temp. ~180°C (water and oil bath)•Water: ±1°C Oil: ±3°C•10~150rpm

1547*800*2450mm•1287*560*700mm•820mm

600•12•350X300X100

1000ml•Surface heat-conduction•450°C

10 inch high resolution capacitive touch screen•6V 10W halogen lamp•340~750nm

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

Powder coated steel bed frame, top class ABS & PP plastic•2115mm(L)*1045mm(W)*477mm - 745mm•1940mm(L)*900mm(W)

100x100 mm•82x88 mm•1.0, 1.5 (mm)

Infinite Optical System•Trinocular Head Inclined at 30°, Interpupillary Distance 48~75mm•High-point, Extra Wide Field Eyepiece EW10X/22

0.00001% - 99.99999%•0.00001% - 99.99999%•RSD≤0.5%

40000~160000/40000~160000 LUX Illumination at 1m on endo mode- 10000 lux•6700>TC>3000K Endo model- 10000 lux•100≥Ra≥85

Room temperature +5 - 450 °C•±1 °C•Infrared heating and high-purity graphite conduction

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

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.