Some of our designs
Thanks to the continous development of new technologies and services, many companies are turning to Bioage for the complete design and realization of their systems. Following some of the designs that we made for our costomers.
Thanks to the continous development of new technologies and services, many companies are turning to Bioage for the complete design and realization of their systems. Following some of the designs that we made for our costomers.
Work in progress…See italian version
Work in progress…See italian version
Work in progress…See italian version
Work in progress…See italian version
During the past years Bioage has always invested in new equipment and laboratories.Today Bioage has four types of laboratories equipped with the most modern instruments, in order to be able to provide the customer a rapid and efficient service,without the […]
Work in progress…See italian version
Web (Link, PDF) Lamezia in Strada – (Wednesday, 19 April 2017) – Lamezia, la società lametina BioAge si aggiudica il premio per il “Miglior Progetto Finanziato con Fondi Pubblici” a Monaco (Link , PDF) Il Lametino – (Tuesday, 18 April […]
PRODUCTS RESEARCH DESIGNING
BioAge, the ideal partner for a research project BioAge is involved in many research projects, directly funded by the European Commission, in the field of the “VII Framework Programme” and in the new “Horizon 2020” programme. BioAge has established scientific […]
Photo gallery BioAge is very skilled in the textile electronics, the company was involved in the 1D-NEON (http://1d-neon.eu) H2020 European Research Project the company is involved in the development of electronic circuits to be printed on textile. BioAge has developed […]
BioAge is very skilled in the printed electronics, the company was involved in the A3PLE (http://www.a3ple.eu) FP7 European Research Project where it has designed a lot of large electronic circuits that were printed on paper, while in the 1D-NEON (http://1d-neon.eu) […]
Photo gallery Videos
Photo gallery TECHNICAL FEATURES CIRCUIT ANTENNA RFID 13,56 MHz SUBSTRATE WOOD PRINTING SCREEN PRINTING PHYSICAL DIMENSIONS 59 x 49 [mm] MAXIMUM VOLTAGE 12 [V] MAXIMUM POWER TRANSFERRED -[mW] Videos
Photo gallery TECHNICAL FEATURES CIRCUIT ANTENNA RFID + CAPACITOR 13,56 MHz SUBSTRATE FABRIC ASSEMBLY TECHNIQUE STANDARD SEWING PHYSICAL DIMENSIONS 107 x 60 [mm] ANTENNA INDUCTANCE 1[uH] CAPACITANCE 38[pF] MAXIMUM VOLTAGE — [V] MAXIMUM POWER TRANSFERRED — [mW] BioAge has developed […]
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BioAge, the ideal partner for a research project BioAge is involved in many research projects, directly funded by the European Commission, in the field of the “VII Framework Programme” and in the new “Horizon 2020” programme. BioAge has established scientific […]
Photo gallery Videos
Photo gallery TECHNICAL FEATURES CIRCUIT ANTENNA RFID 13,56 MHz SUBSTRATE PAPER PRINTING SCREEN PRINTING PHYSICAL DIMENSIONS 59 x 49 [mm] MAXIMUM VOLTAGE 12 [V] MAXIMUM POWER TRANSFERRED 100 [mW] BioAge has developed the technology to print RF antennas on different […]
Photo gallery TECHNICAL FEATURES CIRCUIT ANTENNA RFID 13,56 MHz SUBSTRATE FABRIC PRINTING SCREEN PRINTING PHYSICAL DIMENSIONS 59 x 49 [mm] MAXIMUM VOLTAGE 6 [V] MAXIMUM POWER TRANSFERRED 30 [mW] BioAge has developed the technology to print RF antennas on different […]
Photo gallery Videos
Photo gallery BioAge was involved in the A3PLE (http://www.a3ple.eu) FP7 European Research Project where it has designed a lot of large electronic circuits that were printed on paper. These electronics circuit have been developed and designed by BioAge within the […]
Photo gallery TECHNICAL FEATURES CIRCUIT CAPACITIVE BUTTON SUBSTRATE PLASTIC PRINTING PAD PRINTING PHYSICAL DIMENSIONS 45 x 90 [mm] SUPPLY VOLTAGE 12 [V] BioAge has developed a very innovative electronic circuits printed directly on plastics substrate. The direct integration of electronic […]
BioAge is very skilled in the printed electronics, the company was involved in the A3PLE (http://www.a3ple.eu) FP7 European Research Project where it has designed a lot of large electronic circuits that were printed on paper, while in the 1D-NEON (http://1d-neon.eu) […]
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