Mechanical and biochemical properties are of high importance for understanding the status and function of cells, tissue and organs. kibero's imaging systems help you in investigating biological specimen even if you cannot look inside the samples. The unique combination of non-invasive ultrasound, photoacoustics and conventional optical microscopy provides fast and easy quantitative insights into deep tissue structures and 3D cellular models.
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Our SASAM® imaging systems provide highest resolution with imaging frequencies up to the GHz range.
High resolution acoustic imaging meeting full flexibility of conventional microscopy.
The new easySAM series is a milestone in acoustic microscopy and is used to assess local mechanical properties of biological and cellular samples with micrometer resolution. The technique does not induce damage and can be used to image the interior of opaque samples.
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The London based National Physical Laboratory (NPL) and kibero GmbH signed a cooperation agreement for research and development of signal analysis and characterization methods of acoustic and photoacoustic microscopy data. The research is focused on quantitative analysis of tissues and cells and will be making use of the combined high resolution easySAM / easyPAM acoustic and photoacoustic imaging platform installed by kibero at NPL.
kibero participated in the International Ultrasonics Symposium, from September 18 - September 21 in Tours, France.
kibero participated in the 16th European Microscopy Conference, from August 28 - September 2 in Lyon, France.
The SASAM and easySAM lens systems as well as the non-focussing transducers allow you to generate and detect acoustic signals up to the GHz range.
As the result of longstanding research our transducer systems provide highest sensitivity paired with optimal bandwidth.
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