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Guangzhou Hongke Electronic Technology Co., Ltd
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Guangzhou Hongke Electronic Technology Co., Ltd

  • E-mail

    ec@hkaco.com

  • Phone

    13412598543

  • Address

    Science City, Huangpu District, Guangzhou City

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MICROBS Microbial Contamination Detector

NegotiableUpdate on 01/19
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Overview
MICROBS microbial contamination detector adopts the fast microbial detection method IAN #174; Using an innovative direct non growth detection method, pollution can be quantitatively detected within 15 minutes. No need to wait for days to confirm the microbiological quality of the product, significantly improving the efficiency of microbiological quality control laboratory work.
Product Details

MICROBS Microbial Contamination Detector

Ultra high speed microbial counting
Accurately count bacteria, yeast, and mold within minutes

15 minute rapid microbial detection

MICROBS Microbial Contamination Detector, usingThe fast microbial detection method IAN launched by Microbs ®, Adopting innovative direct non growth detection methods,Quantitatively detect pollution within 15 minutesNo need to wait for days to confirm the microbiological quality of the product, significantly improving the efficiency of microbiological quality control laboratory work.


Core Technologies and AdvantagesAdopting solid-phase cell counting method and artificial intelligence technology

Short testing result timeonly needResults can be obtained in 15 minutes

Easy to operateNovice friendly, no need for professional operational skills

Clear and objective resultsQualitative and quantitative analysis, objective results, no need for manual interpretation

Analysis of total microbial community in tvc cap

The VC-CAP detection cap launched by Microbs eliminates the need to manage multiple consumables, making the ready to use design more convenient

Testing ScopeTotal aerobic bacteria and anaerobic bacteria

detection upper limit1 microorganism/sample

Easy to operateNo need for enrichment culture, suitable for liquid substrates

Traceability and data integritycomply with 21 CFR Part 11 Standard

15 minute inspection of the entire process

Step 1: Filter.By using microfluidic technology to extract samples and trap microorganisms

Step 2: Marking.Add unique formula dyes in sequence

Step 3: Detection.Multiple sensors collect data throughout the entire process

Step 4: Analysis.based onArtificial intelligence trained on 40 million events, analyzing over 100 indicators

Step 5: Results.Quantify only surviving microorganisms without the need for manual interpretation!

Main application scenarios

Bioburden testingIntermediate products, raw materials, injection water, and process water

Sterility testSterility testing of the final product that can be filtered

environmental controlsurface/Personnel wipe sampling and air monitoring

Excessive investigationUltra fast investigation of pollution sources

All departments can benefit from efficient testing

Production DepartmentOptimize processes, shorten delivery cycles, and enhance production capacity

Quality DepartmentReduce quality costs, minimize defective products, and avoid recall risks

laboratoryAccelerate batch release, fast testing, fully automated process, data traceability

Supply Chain DepartmentReduce inventory, save inventory costs, lower safety stock and required storage space