Research group SmartLab systems
The research group SmartLab systems at the Institute of Natural Materials Technology focus on development projects in the areas Internet of Things (IoT), cyber-physical systems and Big Data in the laboratory environment and generally in the field of biotechnology.
Key research aspects are the next generation of autonomous mobile sensor systems, the computer vision of biological samples and their automatic manipulation as well as problems in the field of laboratory automation.
analytica 2020: Forum Digital Transformation - Collaborate2Lab © analytica
Projects of the SmartLab systems research group include:
- smartFormulation - Development of an automated, function-integrated system for the production and quality evaluation of insoluble mixtures in pharmaceuticals, biotechnology and cosmetics, as well as the determination and recording of process-relevant par
- SmartAQAlab - Development of a semi-automated support system for the multi-parametric analysis of drinking and process water
- dOxy2SensE - dissolved Oxygen Sens-o-Spheres Expansion
- CellPAT - New process analytical technology for Cell Stack culturing environments
- hyperBATH - Novel multi-point reaction system with integrated sensors and embedded cloud connection for aggregated data analysis
- iHexagon - Development, construction and testing of an intelligent, multi-variant, autonomous, mobile laboratory furniture system with LIMS connectivity as the basis for functionally integrative elements in the laboratory of the future
- LiquiPlate - Development, construction and testing of an automated system for concentrating and plating liquid samples in culture dishes with automatic incubation and inspection
- SteriBot - Development of an automation system for sterility testing of radio pharmaceuticals
- iPhoto - Development and Test of an automated imaging station for capturing, documentation and analysis of laboratory samples with link to a LIMS
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© Medizin- und Labortechnik Engineering GmbH Dresden
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© INTEGRIS LIMS GmbH (iLIMS)
© Illustration smartAQAlab zur Bestimmung von biologischen und chemischen Parametern in der Trink- und Prozesswasseranalytik.
© Schematische Darstellung des geplanten Systems mit Möglichkeiten zum Abwiegen aller Phasen (a), Temperierung (b), Zusammenführung und Mischung der Emulsion (c), Homogenisierung (d), Parameterermittlung zur Qualitätsbestimmung (e). Der Nutzer wird über eine orchestrierende Prozesssoftware durch alle Teilschritte geleitet (f), alle Parameter, Ergebnisse und Metadaten werden in einer Datenbank mit LIMS-Anbindung hinterlegt (g).
Research group members:
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Project researcher
NameDipl.-Ing. Alexander Gießel
SmartLab-systems, sensor development
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External PhD student
NameDipl.-Ing. Mickey Hawelitschek
SmartLab-systems, assistance systems
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Project researcher
NameDipl.-Ing. Tim Lauterbach
SmartLab-systems, sensor development
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Project researcher
NameDipl.-Ing. Christoph Otto
SmartLab-systems, lab automation
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Multimedia:
Live-Demo Flowlab at ACHEMA pulse 2021
Webinar collection analytica virtual 2020 - Forum Digital Transformation
Affiliations:
OPC UA LADS - Laboratory & Analytical Device Standard