As a technology company, we are working on a number of solutions that determine the new quality of laboratory equipment. Our breakthrough technology enables fast and efficient identification of microorganisms. Why did we focus our work on that problem? Currently, microbiological industrial laboratories often work on the basis of time-consuming, manual analysis based on classical microbiology. The preparation of samples for testing and inoculation on Petri dishes is often done by hand, which extends the time and does not guarantee the repeatability of the process. The aim of Bioavlee is to provide products of the highest efficiency which are simultaneously capable of reducing costs and shortening the time needed for testing. Therefore we patented breakthrough technology that enables fast and efficient identification of microorganisms, using their optical and morphological properties.

Bioavlee develop of 3 the devices:
Avlee 650 - system for the identification of microorganisms bas...
As a technology company, we are working on a number of solutions that determine the new quality of laboratory equipment. Our breakthrough technology enables fast and efficient identification of microorganisms. Why did we focus our work on that problem? Currently, microbiological industrial laboratories often work on the basis of time-consuming, manual analysis based on classical microbiology. The preparation of samples for testing and inoculation on Petri dishes is often done by hand, which extends the time and does not guarantee the repeatability of the process. The aim of Bioavlee is to provide products of the highest efficiency which are simultaneously capable of reducing costs and shortening the time needed for testing. Therefore we patented breakthrough technology that enables fast and efficient identification of microorganisms, using their optical and morphological properties.

Bioavlee develop of 3 the devices:
Avlee 650 - system for the identification of microorganisms based on the innovative, patented method of laser diffraction.
Quantica 500 - colony counter enabling automatic counting of colonies in quantitative analyzes. - already selling
InoMate 100k - device for automated reductive inoculation.

In order to meet the expectations and challenges of the industry, Avlee 650 device utilizes the laser diffraction method patented by Bioavlee. It allows to obtain a “fingerprint” of the studied microorganisms by diffracting light on the colonies of microorganisms.

Our solution ensures:
- highly accurate, automatic identification of microorganisms in the tested sample thanks to self-learning algorithms it implements,
- an analysis carried out on a general medium – reduction of waste,
- shorter testing time than in the case of existing solutions.

The Bioavlee identification technology utilizes the fact that microorganism colonies exhibit specific optical (absorption and refraction coefficient) and morphological properties (profile, shape of the edges). These properties lead to the modulation of both the amplitude and phase of the light beams falling on the colonies. As a result of this transformation, the beams are subject to diffraction on the colonies which act as a lens and thus become an information carrier.
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Employees

Michał Wronecki
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Michał Wronecki CEO Over 10 years of experience in business development and general management