Q3181824 (Q3181824): Difference between revisions
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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): Equipment is requested to expand and improve the manufacturing and rapid prototyping technologies of the Additive Manufacturing Unit. The proposal consists of two lines, the first to provide a new technology that will allow the Unit to work with the entire range of materials (metal, ceramic compounds and multi-material plastics) and the second to improve the existing equipment for the safety and health of operators and to reduce the cost of prod...) |
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Equipment is requested to expand and improve the manufacturing and rapid prototyping technologies of the Additive Manufacturing Unit. The proposal consists of two lines, the first to provide a new technology that will allow the Unit to work with the entire range of materials (metal, ceramic compounds and multi-material plastics) and the second to improve the existing equipment for the safety and health of operators and to reduce the cost of producing metal prototypes. In particular, it is requested to: (I) an additive manufacturing equipment with a resolution of 13 micrometers being able to work with more than 100 combinations of composite plastic materials. The incorporation of this technology is key to be able to serve in the group of plastics and elastomers and to cover the three main groups of materials for functional and operational parts; (II) a PX Box equipment for attaching to a direct metal printing machine; the safe recovery and treatment of metal dust is essential for the safety of operators, as they are nanometric particles in suspension; (III) nitrogen generator with 99.999 % purity. Currently the machine inertises its chamber with nitrogen from pressure bottles. The availability of a nitrogen generator would significantly reduce costs, which would have a particular impact on all work carried out by the research groups. (English) | |||||||||||||||
| Property / summary: Equipment is requested to expand and improve the manufacturing and rapid prototyping technologies of the Additive Manufacturing Unit. The proposal consists of two lines, the first to provide a new technology that will allow the Unit to work with the entire range of materials (metal, ceramic compounds and multi-material plastics) and the second to improve the existing equipment for the safety and health of operators and to reduce the cost of producing metal prototypes. In particular, it is requested to: (I) an additive manufacturing equipment with a resolution of 13 micrometers being able to work with more than 100 combinations of composite plastic materials. The incorporation of this technology is key to be able to serve in the group of plastics and elastomers and to cover the three main groups of materials for functional and operational parts; (II) a PX Box equipment for attaching to a direct metal printing machine; the safe recovery and treatment of metal dust is essential for the safety of operators, as they are nanometric particles in suspension; (III) nitrogen generator with 99.999 % purity. Currently the machine inertises its chamber with nitrogen from pressure bottles. The availability of a nitrogen generator would significantly reduce costs, which would have a particular impact on all work carried out by the research groups. (English) / rank | |||||||||||||||
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| Property / summary: Equipment is requested to expand and improve the manufacturing and rapid prototyping technologies of the Additive Manufacturing Unit. The proposal consists of two lines, the first to provide a new technology that will allow the Unit to work with the entire range of materials (metal, ceramic compounds and multi-material plastics) and the second to improve the existing equipment for the safety and health of operators and to reduce the cost of producing metal prototypes. In particular, it is requested to: (I) an additive manufacturing equipment with a resolution of 13 micrometers being able to work with more than 100 combinations of composite plastic materials. The incorporation of this technology is key to be able to serve in the group of plastics and elastomers and to cover the three main groups of materials for functional and operational parts; (II) a PX Box equipment for attaching to a direct metal printing machine; the safe recovery and treatment of metal dust is essential for the safety of operators, as they are nanometric particles in suspension; (III) nitrogen generator with 99.999 % purity. Currently the machine inertises its chamber with nitrogen from pressure bottles. The availability of a nitrogen generator would significantly reduce costs, which would have a particular impact on all work carried out by the research groups. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 20:43, 12 October 2021
Project Q3181824 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3181824 in Spain |
Statements
118,175.0 Euro
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236,350.0 Euro
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50.0 percent
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1 January 2016
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30 June 2018
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UNIVERSIDAD DE LEON
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42°38'2.94"N, 5°58'17.11"W
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24089
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Se solicita equipamiento para ampliar las tecnologías de fabricación y prototipado rápido de la Unidad de Fabricación Aditiva y mejorar las existentes. La propuesta va en dos líneas, la primera dotar de una nueva tecnología que permitirá a la Unidad trabajar con toda la gama de materiales (metal, compuestos cerámicos y plásticos multimaterial) y la segunda mejorar los equipos existentes de cara a la seguridad y salud de los operarios y el abaratamiento de costes de elaboración de prototipos metálicos. En concreto, se solicita: (i) un equipo de fabricación aditiva con resolución de 13 micrómetros pudiendo trabajar con más de 100 combinaciones de materiales plásticos compuestos. La incorporación de esta tecnología es clave para poder dar servicio en el grupo de materiales plásticos y elastómeros y permitir abarcar los tres principales grupos de materiales para piezas funcionales y operativas; (ii) un equipo PX Box para acoplar a una máquina de impresión directa de metal; la recuperación y tratamiento del polvo metálico en condiciones seguras es imprescindible para la seguridad de los operarios, al tratarse de partículas nanométricas en suspensión; (iii) generador de nitrógeno con 99,999% de pureza. Actualmente la máquina inertiza su cámara con nitrógeno a partir de botellas a presión. El disponer de un generador de nitrógeno abarataría muy significativamente los costes , lo que repercutiría especialmente en todos los trabajos que los grupos de investigación. (Spanish)
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Equipment is requested to expand and improve the manufacturing and rapid prototyping technologies of the Additive Manufacturing Unit. The proposal consists of two lines, the first to provide a new technology that will allow the Unit to work with the entire range of materials (metal, ceramic compounds and multi-material plastics) and the second to improve the existing equipment for the safety and health of operators and to reduce the cost of producing metal prototypes. In particular, it is requested to: (I) an additive manufacturing equipment with a resolution of 13 micrometers being able to work with more than 100 combinations of composite plastic materials. The incorporation of this technology is key to be able to serve in the group of plastics and elastomers and to cover the three main groups of materials for functional and operational parts; (II) a PX Box equipment for attaching to a direct metal printing machine; the safe recovery and treatment of metal dust is essential for the safety of operators, as they are nanometric particles in suspension; (III) nitrogen generator with 99.999 % purity. Currently the machine inertises its chamber with nitrogen from pressure bottles. The availability of a nitrogen generator would significantly reduce costs, which would have a particular impact on all work carried out by the research groups. (English)
12 October 2021
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León
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Identifiers
UNLE15-EE-3258
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