Omnidirectional Rapid Microbial Testing System
The long-awaited microbial testing device has finally become a reality. This complete model not only enables rapid quantitative detection of viable bacteria but also features an AI-powered automatic counting function and an AI-based bacterial species estimation system. It is also scheduled to comply with international safety standards in various countries.
Only viable microorganisms are separatedfrom eachcomponent particle in cell culture fluid, food, beverage, and cos-metics by electrical characteristics and fluid control, and are captured in an electrode filter.
The system automatically takes pic- tures of viable micro- organismsim captured on electrode filter and measures and calculates as the number of viable bacteria per 1 ml.
System can continuously capture viable microorganisms in the elec- tric filter in a non-invasive and non-labeling manner, and collects them in the dedicated buffer after concentration. So it is also suitable for research on microorganisms that cannot be cultured, such as VNC.
There are many sample specimens containing various particles that are difficult to measure using conventional techniques such as membrane filtration, ATP methods, and fluorescence staining. AMATAR™ represents an entirely novel rapid microbiological testing technology capable of isolating, capturing, and quantitatively detecting viable microorganisms exclusively from such specimens.
*The figure here can be scrolled.
Operational Methods in Biopharmaceutical Manufacturing Processes
AFI Corporation “Revolution in Inspection Sorting Technology” (2020ver.)
2nd Flr., Medical Innovation Center, Kyoto University 53 Shogoin Kawahara-cho, Sakyo-ku, Kyoto 606-8397（Google Maps） TEL: +81-75-762-3131
7th Flr., SP Bldg., 3-3-4 Nishinakajima, Yodogawa-ku, Osaka 532-0011 （Google Maps）
SCREEN Holdings Co., Ltd.Mail: SG_PixeeMo_Overseas_Customers@screen.co.jp
