Microbial Rapid Detection Instrument

Applicable to the following fields:
① Detection of total viable bacteria: Escherichia coli group/fecal coliform bacteria/Escherichia coli/Escherichia coli O157, O111, O104, etc., Enterobacteriaceae, Staphylococcus aureus, Pseudomonas aeruginosa, Pseudomonas aeruginosa, Salmonella, Listeria, Enterococcus, yeast.
② Hygiene control: food (HACCP), kitchens, tools, surfaces (HACCP), water quality, disease control (CDC), import/export inspection and quarantine, pharmaceuticals, and cosmetics.

These are closely related to our daily lives, such as: cafes, restaurants, water source testing, water treatment plants, analytical laboratories, and HACCP diagnostics; agricultural product processing companies and related industries; pharmaceutical factories, pharmacies, cosmetics factories; environmental monitoring institutions; water distribution companies; consumer protection groups; industrial and commercial management agencies; indoor air conditioning companies.

Microbial detection bottles are particularly suitable for rapid food testing in military settings, large-scale exhibitions, and other similar scenarios.

• Can detect solid, liquid, surface, paste, and slurry samples.

• Can automatically control incubation temperature and incubation time.

• Only 1 ml/1 g of sample is required for detection, and up to 8 samples can be detected simultaneously at the same temperature.

• Sensitivity as high as detecting 1 target microorganism, with specificity up to 99.999%.

• Independently and continuously detects and records the number of microorganisms (CFU) in the bottle.

• Simple three-step operation, user-friendly, no professional operators required.

• Liquid samples, solid samples, and surface samples require no pretreatment during testing; simply place them directly into the testing bottle.

• Combines the advantages of traditional testing methods: plate culture method, enzymatic method (β-glucosidase analysis), immunological method (antigen detection), and genetic method (gene detection).

• Rapid testing, 2–5 times faster than traditional testing methods.

• Portable, enabling testing anytime, anywhere, and direct connection to a computer for quantitative analysis reports.

• Safe disposal after use, handled similarly to expired medications.

• When used with a testing machine: 100% quantitative analysis; visual interpretation: qualitative or semi-quantitative analysis.

• When used with microbial testing bottles, it is particularly suitable for rapid food testing in military settings, large-scale events, and similar scenarios.