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COMPOSITES LABORATORY

Cutting edge equipment and facilities to improve our client’s competitiveness

COMPOSITES LABORATORY

Automation of manufacturing processes for composite parts:

Aimed at the study and improvement of composite part manufacturing processes, which can lead to the manufacture of machines and devices that would allow operations to be automated that currently are carried out manually. 

Moreover, it is collaborating in order to introduce composites in sectors and applications which, due to production difficulties, are considered unsuitable or inaccessible.

For this purpose, we have devoted a closed space of 100 m2 for research into materials processing, covering the various technologies and operations involved: placing of dry or pre-impregnated material in different formats and fabrics, impregnation by different techniques, cutting, gluing and curing, all supported by inspection and verification techniques of the processes and manufactured parts.

To this end, we have invested in the acquisition of equipment for testing the infusion process, moulding and curing, final part inspection equipment and process simulation systems. We have also devoted a space for the location of demonstrator prototypes that are already in the development phase and that, once tested in the laboratory, must be used as a basis for the development of industrial devices.

laboratorio composites
laboratorio composites
laboratorio composites
laboratorio composites
laboratorio composites
laboratorio composites

EQUIPMENT

  1. Our own system for the impregnation and curing of composite materials.
  2. Prototype for fibre deposition of up to 600 mm in width.
  3. Epoxy/polyester resin injection equipment (Composite Integration, Ciject Two).
  4. UV lamps of different intensities and wave lengths for the curing of composite materials.
  5. Equipment for monitoring the degree of curing from dielectric analysis  (DEA).
  6. Heated moulds with transparent counter-mould for making flat sheets or for making prototype parts for validation of fibres and resins in the actual part.
  7. Deformable heated mould for manufacturing stiffeners.
  8. Equipment for carbon fibre bonding using ultrasound and infra-red.
  9. Ultrasound cutting equipment for cutting different glass, carbon and natural fibres.
  10. Ovens for the processing and characterisation of composite materials.
  11. Equipment for testing the infusion, moulding and curing process, final part inspection equipment.

PROJECTS

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PROTOTIPE WORKSHOP

PROTOTIPE WORKSHOP

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ULTRA-PRECISION METROLOGY LABORATORY

ULTRA-PRECISION METROLOGY LABORATORY

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INSPECTION AND MEASUREMENT LABORATORY

INSPECTION AND MEASUREMENT LABORATORY

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HIGH PERFORMANCE DYNAMICS LABORATORY

HIGH PERFORMANCE DYNAMICS LABORATORY

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LASER LABORATORY

LASER LABORATORY

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ULTRA-PRECISION MACHINES AND PROCESSES LABORATORY

ULTRA-PRECISION MACHINES AND PROCESSES LABORATORY

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CNC AND DIGITAL FACTORY LABORATORY

CNC AND DIGITAL FACTORY LABORATORY

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COMPONENT TESTING LABORATORY

COMPONENT TESTING LABORATORY

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