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Automated Media Dispensers pour molten culture media into Petri dishes and test tubes at a programmed volume, replacing hand pouring with consistent, repeatable plates. Carousel loaders hold 101 to 241 dishes per run, fill rates reach 500 plates per hour at 20 ml, and 90 mm and 60 mm dishes are handled with volumes from 1 to 99 ml and a tolerance of plus or minus 2%. A manual mode dispenses 1 to 999 ml for bottles and tubes. Even fills improve colony counting and reduce contamination from open handling. Typical uses include microbial limit testing in pharmaceutical QC, pathogen detection in food labs, clinical culture plates, vaccine production and media preparation in research microbiology.
$ 29775 / Each of 1
$ 29775 / Each of 1
$ 18887.5 / Each of 1
Selection Guide for Automated Media Dispenser
When selecting Automated Media Dispenser, customers should evaluate key specifications to match their lab’s media preparation needs. This system offers a dispensing range of 5 to 50 mL, making it suitable for various Petri dish sizes and media volumes. Depending on the space and throughput requirements, customers can choose between systems with a height (with carrousel) of 65 cm or 99 cm, and carrousel heights of 23 cm or 56 cm, which influence the system’s capacity and lab bench compatibility. The dispensing tolerance of ±2% at 30 mL ensures reliable and accurate media filling, which is essential for consistent experimental outcomes. For laboratories with higher throughput needs, systems offering a maximum loading capacity of 241 Petri dishes are ideal, while lower-capacity options supporting 94 dishes may suit smaller operations. These selection ranges help users choose a system based on precision, space availability, and required workflow efficiency.
Frequently Asked Questions
1 What is an Automated Media Dispensing System?
An Automated Media Dispensing System is an apparatus designed to accurately dispense liquid media or reagents in laboratory environments, reducing manual labor and improving consistency.
2 How does Automated Media Dispensing System improve laboratory efficiency?
It improves laboratory efficiency by minimizing human error, speeding up the media preparation process, and enabling high-throughput operations.
3 What kind of maintenance is required by Automated Media Dispensing System?
Routine maintenance includes regular cleaning, calibration, and software updates for optimal performance.
4 How is Automated Media Dispensing System used in microbiology labs?
It is used in microbiology labs to accurately dispense culture media into petri dishes or test tubes, ensuring uniform media distribution for microbial growth studies.
5 How does Automated Media Dispensing System benefit pharmaceutical quality control?
In pharmaceutical quality control, it ensures sterility and precision when dispensing media used in microbial limit tests and environmental monitoring.
6 Is Automated Media Dispensing System effective for personalized medicine labs?
It is highly suitable for personalized medicine labs where consistent media preparation is crucial for patient-specific assays and diagnostic testing.
7 How is Automated Media Dispensing System used in food safety testing?
It is used in food safety testing to prepare media for detecting pathogens in food samples, improving reliability and throughput in contamination screening.
8 How does Automated Media Dispensing System support cell culture workflows?
It supports cell culture workflows by dispensing media into flasks, plates, or bioreactors under sterile conditions, reducing contamination risk and manual handling.
9 What role does Automated Media Dispensing System play in diagnostic laboratories?
In diagnostic laboratories, it plays a crucial role in dispensing reagents and culture media needed for various diagnostic tests, ensuring consistency and regulatory compliance.
10 How does Automated Media Dispensing System help in vaccine production?
It helps in vaccine production by automating the preparation and filling of media required for culturing cells or bacteria used in vaccine development.