We are a team of experts in printed electronics from Warsaw University of Technology, Centre for Advanced Materials and Technologies CEZAMAT WUT
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ABOUT Neural electrodes for brain stimulation Application: Neural electrodes for brain stimulation Technology Readiness Level: III Leader: Jakub Krzemiński Ph.D. Eng. Short Description: Screen-printed solution for brain stimulation. Designed with biocompatible graphene-based dedicated paste. The project involving a screen-printed solution for brain stimulation is an innovative venture that merges the fields of biotechnology, neurology, […]
ABOUT Printed Heaters for Wearables and Industry Application: Printed Heaters Technology Readiness Level: VII Leader: Daniel Janczak Ph.D. Eng. Short Description: Printed Heaters are a solution utilizing infrared radiation to influence the human thermal metabolism. Through the collaborations with industry we developed carbon based materials for heated elements. These can be used for industrial large […]
ABOUT Materials Tailored to Specific Applications Application: Tailored Materials Technology Readiness Level: – Leader: Prof. Małgorzata Jakubowska Ph.D. DSc Eng. Short Description: We design specific materials that are tailored to perform according to application requirements. Our tailored and dedicated materials are what makes our team stand out. We not only develop applications but also create […]
ABOUT Resistance Based Pressure Sensors Application: Resistance Based Pressure Sensors Technology Readiness Level: IV Leader: Daniel Janczak Ph.D. Eng., Andrzej Pepłowski Ph.D. Eng. Short Description: Resistance Based Pressure Sensors for Various Applications. A screen-printed solution. Our resistance based pressure sensors are a patented solution that we utilize in various applications ranging from shoe insoles for […]
ABOUT Flooding Sensor Matrix Application: Flooding Sensor Matrix Technology Readiness Level: IV Leader: Daniel Janczak Ph.D. Eng. Short Description: Flooding Sensor Matrix PHOTOS Flooding sensor matrix Flooding sensor screen-printed REACH US Are you interested in this technology? Contact Leader of this Project
ABOUT NFC Printed Tags for Wireless Applications Application: NFC Printed Tags for Wireless Applications Technology Readiness Level: IX Leader: Daniel Janczak Ph.D. Eng. Short Description: NFC tags made with screen-printing. A solution on paper, textiles and foils. The development of NFC Printed Tags for Wireless Applications using screen printing technology signifies a breakthrough in wireless […]
ABOUT Antibacterial Face Masks with Graphene Filters Application: Antibacterial Face Masks with Graphene Filters Technology Readiness Level: V Leader: Sandra Lepak-Kuc Ph.D. Eng. Short Description: Graphene-based material dedicated for face masks application. The Antibacterial Face Masks with Graphene Filters project represents a pioneering endeavor in the field of public health and safety, conceived as […]
ABOUT Antibacterial Face Masks with Graphene Filters Application: Antibacterial Face Masks with Graphene Filters Technology Readiness Level: V Leader: Sandra Lepak-Kuc Ph.D. Eng. Short Description: Graphene-based material dedicated for face masks application. The Antibacterial Face Masks with Graphene Filters project represents a pioneering endeavor in the field of public health and safety, conceived as […]
ABOUT Neural electrodes for brain stimulation Application: Neural electrodes for brain stimulation Technology Readiness Level: III Leader: Jakub Krzemiński Ph.D. Eng. Short Description: Screen-printed solution for brain stimulation. Designed with biocompatible graphene-based dedicated paste. The project involving a screen-printed solution for brain stimulation is an innovative venture that merges the fields of biotechnology, neurology, and […]
ABOUT Personalized Neural electrodes for brain activity registration and stimulation Application: Personalized Neural electrodes for brain activity registration and stimulation Technology Readiness Level: II Leader: Dominik Baraniecki, M. Eng. Short Description: Our innovative printed microelectrodes arrays enable personalized structures of electrodes for brain activity registration. In our printed MEA’s we implement the stimulation electrodes to […]
