日本ベクトン・ディッキンソン List of Products and Services

The "BD Bruker MALDI Biotyper smart" is a mass spectrometry device for rapid microbial identification. It employs the same Flash Detector as high-end machines and features a short flight tube realized through patented technology PAN. 【Features】 ■ Measures 96 samples in about 15 minutes with a 200 Hz laser ■ Uses an oil-free pump for quiet, maintenance-free operation ■ Provides a library of approximately 3,000 species, including general bacteria and filamentous fungi, with the option to add custom libraries ■ Certified by AOAC International and ISO 16140-part 6 *For more details, please feel free to contact us.

This technical document presents the results of a comparison and verification of the rapid and accurate microbial count measurement capabilities of the "Microbio μ3D Auto Scanner" against visual measurement methods. The "Microbio μ3D Auto Scanner" is based on the culture methods used in official or standard microbial count tests, allowing for significantly faster and more accurate measurement of microbial counts in or on the medium compared to visual counting. 【Overview of Contents】 ■ Purpose ■ Materials and Methods ■ Measurement Results and Discussion ■ Conclusion ■ Introduction to the Microbio μ3D Auto Scanner For more details, please refer to the catalog or feel free to contact us.

This technical document presents the results of verifying the optimal MF for use with the Microbio μ3D Auto Scanner. The Microbio μ3D Auto Scanner is a system that continuously monitors the growth of bacteria using the mixed culture plate method, plate spread method, and membrane filter method. While based on the culture methods used in official or standard viable cell count tests, it allows for measurement of the number of bacteria in or on the medium much more quickly and accurately than visual measurement. 【Overview of Contents】 ■ Purpose ■ Materials and Methods ■ Colony Growth Curves and Petri Dish Images from the MF Method ■ Conclusion ■ Introduction to the Microbio μ3D Auto Scanner For more details, please refer to the catalog or feel free to contact us.

This technical document presents the results of verifying the impact of residues in samples on the monitoring of viable cell counts using the Microbio μ3D Auto Scanner. The Microbio μ3D Auto Scanner is a system that continuously monitors the growth of bacteria using the mixed agar plate method, plate spreading, and membrane filter method. While based on culture methods used in official or standard viable cell count tests, it allows for measurement of the number of bacteria in or on the medium much more quickly and accurately than visual counting. [Overview] ■ Purpose ■ Materials and Methods ■ Conclusion ■ Introduction to the Microbio μ3D Auto Scanner For more details, please refer to the catalog or feel free to contact us.

This technical document presents the results of the verification of the microbial count measurement time using the "MB04 filter" with the Microbio μ3D Auto Scanner. The "Microbio μ3D Auto Scanner" is a system that continuously monitors the growth of bacteria using the mixed plate method, plate spread method, and membrane filter method. While based on the culture methods used in official or standard microbial count tests, it allows for measurement of the number of bacteria in and on the medium much more quickly and accurately compared to visual counting. 【Overview】 ■ Purpose ■ Materials and Methods ■ Measurement Results ■ Discussion ■ Conclusion ■ Introduction to the Microbio μ3D Auto Scanner *For more details, please refer to the catalog or feel free to contact us.

We conducted an interview with Masashi Itakura, Executive Officer and Managing Director of Pigeon, a leading company in childcare products, which was quick to adopt the rapid fully automated bacterial colony detection system "Microbio μ3D." The "Microbio μ3D" continuously monitors the shadows of colonies on petri dishes every 30 minutes using a CCD camera. By detecting changes in shadows not only by area but also by volume, it enables faster detection of colonies growing on the medium compared to visual observation. 【Implementation Results】 - Reduced the determination period for fungi in microbial limit tests from 3-4 days, resulting in a 50% reduction in factory inventory. - Reduced human error in quality inspections and standardized the inspection process. - Streamlined and systematized inspection tasks, allowing a focus on creative work such as product development. *Please download the interview article from our company website. *For product information, feel free to download the PDF or contact us.

Becton Dickinson Japan offers the "BD Rapid Testing Solutions" to support the acceleration of quality inspections in pharmaceuticals, cosmetics, and food products. Focusing on the μ3D Colony Rapid Fully Automated Detection System "Microbio μ3D Auto Scanner," we support the rapid quality inspection with a wide range of applications, including media for mixed culture and spread culture, anaerobic culture kits, and dedicated filters. *For more details, please refer to the catalog or feel free to contact us.

This is a system that enables rapid and accurate measurement of microbial counts by detecting colonies at the microcolony stage formed during the early growth of microorganisms on agar media, using colony 3D analysis technology and continuous monitoring. ■Product Features - The world's first accurate measurement of microbial counts using colony 3D analysis - Fully automated measurement regardless of mixed culture or spread plate methods - Reduction in detection time through continuous monitoring from the micro level ■Problem Solving - Speeding Up By detecting colonies at the size level of microcolonies, colonies are detected much faster than by visual inspection. - Labor Saving Simply set the prepared media regardless of mixed culture or spread methods, and the system automatically measures the number of colonies, reducing the time spent on microbial counting. - Accuracy Accurately measures the number of colonies across a variety of products without being affected by product residues. - Reliability Utilizes conventional methods using agar media to obtain colony count data and petri dish images every 30 minutes. *For more details, please download the materials or contact us.