R & D
» 2023 – 2026 :: Copper conductive lines with glass insulation by a melt extrusion process – Coco (M-ERA.NET, IDEPA IDE/2023/000041)
19/06/2023
The international cooperation research project “Copper conductive lines with glass insulation by a melt extrusion process (Coco)” carried out by MICRUX FLUIDIC S.L. during 2023 – 2026, in collaborati…
» 2023 – 2025 :: Investigation of Paper-based Printed Electrochemical Sensors as a Sustainable Solution for Bioanalytical Applications – PAPERSENSE (IDEPA IDE/2023/000229)
28/12/2023
The research project "SInvestigation of Paper-based Printed Electrochemical Sensors as a Sustainable Solution for Bioanalytical Applications (PAPERSENSE)" carried out by MICRUX FLUIDIC…
» 2022 – 2026 :: FishEUTrust – European integration of new technologies and social-economic solutions for increasing consumer trust and engagement in seafood products (Grant Agreement No. 101060712)
01/07/2022
FishEUTrust represents a consortium of twenty-two organizations from fourteen countries, pooling their expertise to defragment the current food system to ensure sustainability and deliver solutions f…
» 2022 – 2024 :: Study of new electrochemical sensors based on graphene nanomaterials for neurotransmitters detection – NeuroGsens (IDEPA IDE/2022/000475)
24/10/2024
The research project “Study of new electrochemical sensors based on graphene nanomaterials for neurotransmitters detection (NeuroGsens)” carried out by MICRUX FLUIDIC S.L. during the years 2022 – 202…
» 2022 – 2023 :: Technologies focused on favoring the autonomous and healthy longevity of vulnerable groups with difficulties in communication and social interaction – TECUIDAS (AYUD/2022/24232)
24/10/2024
The project “Technologies focused on favoring the autonomous and healthy longevity of vulnerable groups with difficulties in communication and social interaction – TECUIDAS” carried out during the ye…
» 2022 :: DIY multi-channel ultra-compact potentiostat for printed electrochemical sensors (FICYT IDI/2022/000096)
24/10/2024
The project "DIY multi-channel ultra-compact potentiostat for printed electrochemical sensors" carried out by MICRUX FLUIDIC S.L. during the year 2022 has been funded by Gove…
» 2021 – 2023 :: Study of new microfluidic supports manufactured by 3D printing for Lab-on-a-Chip platforms – MICRO3DPRINT (IDEPA IDE/2021/000433)
24/10/2024
The research project "Study of new microfluidic supports manufactured by 3D printing for Lab-on-a-Chip platforms (MICRO3DPRINT)" carried out by MICRUX FLUIDIC S.L. during the years 2021&nbs…
» 2021 :: Automation of multilayer printing system for electrochemical sensors (FICYT IDI/2021/000183)
24/10/2024
The project "Automation of multilayer printing system for electrochemical sensors" carried out by MICRUX FLUIDIC S.L. during the year 2021 has been funded by Government of the Pri…
» 2021 :: Modular impedance system for multiplexed electrochemical analysis (FICYT IDI/2021/000184)
24/10/2024
The project "Modular impedance system for multiplexed electrochemical analysis" carried out by MICRUX FLUIDIC S.L. during the year 2021 has been funded by Government of the P…
» 2020 – 2022 :: Research on new rapid viral diagnostic tools based on miniaturized electrochemical sensors – FAST4COVID (IDEPA IDE/2020/000364)
24/10/2024
The research project "Research on new rapid viral diagnostic tools based on miniaturized electrochemical sensors – FAST4COVID" carried out by MICRUX FLUIDIC S.L. during the years 2020&…