DEVELOPMENT OF NEW MANUFACTURING PROCESS CHAIN FOR IMPLANTABLE SENSORS, BASED ON NEW PRINTABLE INKS AND MICRO INJECTION MOLDING ENCAPSULATION FOR INTRA-OCULAR PRESSURE MONITORING (SINKULAR) (Q3213217): Difference between revisions
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174,364.49 Euro
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80.0 percent
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| Property / co-financing rate: 80.0 percent / rank | |||||||
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139,491.59 Euro
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| Property / EU contribution: 139,491.59 Euro / rank | |||||||
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Revision as of 09:07, 21 October 2021
Project Q3213217 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | DEVELOPMENT OF NEW MANUFACTURING PROCESS CHAIN FOR IMPLANTABLE SENSORS, BASED ON NEW PRINTABLE INKS AND MICRO INJECTION MOLDING ENCAPSULATION FOR INTRA-OCULAR PRESSURE MONITORING (SINKULAR) |
Project Q3213217 in Spain |
Statements
139,491.59 Euro
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174,364.49 Euro
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80.0 percent
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17 July 2015
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31 December 2017
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ITURCEMI SL
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43°32'42.14"N, 5°39'45.50"W
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33024
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Sinkulair plantea el desarrollo de una lente intraocular con sensor de presión intraocular integrado mediante la combinación de tecnologías de electrónica impresa con técnicas de moldeo. Desde el punto de vista de innovación, esta lente con sensor integrado permitiría la monitorización continua no invasiva, más allá de la propia lente, de la presión intraocular. Desde una perspectiva de Desarrollo Tecnológico, el proyecto persigue:_x000D_ Diseñar y desarrollar un sensor miniaturizado para la detección de presión intraocular._x000D_ Diseñar un sistema de comunicación para la trasmisión inalámbrica de los datos de presión al exterior del ojo y un receptor externo._x000D_ Seleccionar y/o formular tintas conductoras que peritan la integración de los componentes electrónicos del sensor de presión y el sistema de comunicación sobre un sustrato flexible mediante técnicas de impresión._x000D_ Integrar el sistema electrónico en la lente intraocular mediante el sobre moldeo con técnicas de colada y microinyección. (Spanish)
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Sinkular proposes to develop an intraocular lens with an integrated pressure sensor by combining printed electronics with moulding technology. From the innovation point of view, the lens with an integrated sensor will enable continuous, non-invasive monitoring of intraocular pressure, beyond the lens itself. The technological development of the project aims to:_x000D_ Design and develop a miniature sensor to detect intraocular pressure._x000D_ Design a communication system for wireless transmission of data on pressure to the exterior of the eye, and an external receiver._x000D_ To select and/or formulate conductive inks to assess integration of the electronic components in the pressure sensor and communication system on a flexible substrate using printing techniques._x000D_ To integrate the electronic system in the intraocular lens by overmoulding with casting and micro-injection techniques. (English)
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Gijón
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Identifiers
IDE/2015/000458
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