
Aseptic liquid cultivation,monitoring, and enrichmentsystem
The detection time is less than 9 hours
Data download Function
Integrating strain analysis growth dynamic curve display, and sample enrichment.
fast detection speed, high sensitivity, low detection cost, and fast response, no radioactive labeling.
Sample type:aseptic liquid.
Equipment parameters
Using TDLAS technology for detection, achieve a detection limit of cO2 content in the culturebottle below 100ppm.
Cultivate temperature stability: ±0.5°C.
Measure sample flux: 180 bottles/box.
Single sample single detection time: <3seconds.
The entire incubator is tested once: 5~10min.
Adopting an integrated magnetic stirring structure design, it meets the bacterial growthenvironment, effectively releases CO2, and improves detection accuracy.
Aseptic body fluid processing procedure
Integrating strain analysis growth dynamic curve display, and sample enrichment.
fast detection speed, high sensitivity, low detection cost, and fast response, no radioactive labeling.
Sample type:aseptic liquid.
Equipment parameters
Using TDLAS technology for detection, achieve a detection limit of cO2 content in the culturebottle below 100ppm.
Cultivate temperature stability: ±0.5°C.
Measure sample flux: 180 bottles/box.
Single sample single detection time: <3seconds.
The entire incubator is tested once: 5~10min.
Adopting an integrated magnetic stirring structure design, it meets the bacterial growthenvironment, effectively releases CO2, and improves detection accuracy.
Aseptic body fluid processing procedure
STEP 1 | Sample pretreatment. |
STEP 2 | Gradient dilution. |
STEP 3 | Suitable temperature cultivation. |
STEP 4 | Positive determination. |
STEP 5 | MPN Results Report. |
STEP 6 | Microbial metabolism produces CO2. |
STEP 7 | Laser detection with Fingerprint spectroscopy technology. |
Data download
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