Sterile Shallow Well Plate Saves Reagents
go back to news archives Porvair Sciences Ltd. has announced a new sterile 96-well Shallow Polypropylene Plate that offers a capacity of just 150µL per well reducing reagent costs and round well bottoms to ensure good mixing. Supplied sterile in a case of 100, the new plates are an ideal tool for undertaking bacterial or yeast growth work. Manufactured from natural ultra-pure grade polypropylene under clean room conditions - Porvair's 96-well shallow polypropylene plate contains no contaminants that may leach out and affect biological samples. Bulk packs of suitable sterile lids are also available, so that the inconvenience of unwrapping individual sterile plates in a safety cabinet is completely eliminated. Combining uncompromising high quality with an affordable price, Porvair 96-well shallow polypropylene plates are precisely manufactured to comply with ANSI/SBS dimensions* ensuring complete compatibility with all microplate readers, washers and automated equipment. |
NOTE: This item is from our 'historic' database and
may contain information which is not up to date.
Source : Porvair plc View Company Information
Posted on February 2, 2010
LATEST MICROBIOLOGY NEWS
-
AOAC Validated iQ-Check Vibrio PCR Kit
01 Apr 2025 -
AI-Powered Precision For Colony Counting
27 Mar 2025
MICROBIOLOGY EVENTS
-
Mycotoxin Detection and Analysis: Strategies to Support Your Testing Program
3 Apr 2025 -
15th Conference of The World Mycotoxin Forum® – WMFmeetsSalzburg
7 Apr 2025 -
ESCMID European Congress of Clinical Microbiology and Infectious Diseases
11 Apr 2025 -
IBQC 2025
14 Apr 2025 -
IFU Technical Workshop 2025
15 Apr 2025 -
Validation of Water Systems for Microbial Control
23 Apr 2025 -
USP Chapter <86> and the Move to Recombinant Methods
29 Apr 2025 -
Free Expert Webinar: Advancing Drinking Water Microbiology Testing Compliance & Efficiency
29 Apr 2025 -
British Society For Microbial Technology 40th Anniversary Microbiology Conference
15 May 2025 -
Sampling and Microbial Testing of Water and Data Trending
20 May 2025