SphereFlash® AI Colony Counting Software is IUL's latest innovation. Its advanced Artificial-Intelligence achieves exceptional accuracy in colony counts, requiring only a single click.
A Smart Microbiology Web App designed to simplify data analytics for microbial monitoring and create insightful dashboards.
Test reports:
Individual test results sent by the nomad Mobile App are displayed for editing, validation, and export.
The Pixa AI system automatically counts the colonies and suggests the type of microorganism when
Expert services designed to assist industry managers in setting up or accelerating the design of sampling plans tailored for troubleshooting, auditing, and routine surveillance.
The Expert Services can include risk assessment, troubleshooting plan, monitoring plan design and set-up, periodic plan reviews.
They are provided remotely, in English or French.
They
Designed to assist non-experts during on-site sampling and testing while recording full sampling point and contextual information automatically.
Test protocol templates for sampling liquids, surfaces, emulsions, hard-to-filter, containers, and more are built into the App.
Each template contains:
a test tutorial
the list of parameters that are necessary for
Designed for on-site sampling and testing for microbial contaminants, the nomad IoT Dip-Testers are based on the established membrane filtration technique for CFU counting.
On-site sampling and testing
The nomad IoT test devices contain a built-in chamber for convenient liquid collection, in which a test paddle is dipped immediately after
The rqmicro.COUNT combined with the rqmicro reagent kits provides a complete solution for sample purification and quantification. The instrument automatically isolates cells by immunomagnetic separation and delivers a direct count of intact target cells (e.g. Legionella). Because of its compact and robust design, the rqmicro.COUNT enables our
The SphereFlash® is IUL's automatic colony counter and Zone Reader that accurately counts, pour, drop, spread and spiral plates on any media in two seconds.
Designed to use the smallest area on the bench for facing the challenges of a modern laboratory.
This device avoids the traditional