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Participation au programme "Industrie du futur" par le GIFAS

Exxelia a participé le mardi 4 janvier 2022 au lancement de la deuxième vague autour du programme "Industrie du futur" de la région Grand Est sur le site de Bologne de LISI AEROSPACE.

GIFASProgramme "Industrie du futur"

Lancé en 2019, pour quatre ans, financé par l’État, les Régions, l’OPCO2i, les entreprises et le GIFAS : le programme "Industrie du Futur" vise à renforcer la compétitivité de la filière par l’introduction de nouvelles technologies 4.0. Ce programme, résultat d’une coopération étroite entre le Comité Industriel, le GEAD et le Comité AERO-PME, s’inscrit donc dans la continuité de “Performances Industrielles”. Il a ainsi pour objectif d’utiliser les nouvelles technologies du numérique et de production, dans toutes les phases de vie d’un produit. À ce titre, les sites Exxelia d'Illange et de Marmoutier sont concernés.

Frédéric BOIS, en sa qualité de Directeur du site Exxelia d'Illange à pu participer activement aux échanges. Les objectifs étaient nombreux, à savoir : 

  • État des lieux de la maturité industrielle de notre site d'Illange.
  • Analyse.
  • Recommandation et déploiement d'outils Industrie 4.0 les plus adaptés à la situation de chaque entreprise.

 

Merci à la région Grand Est qui contribue au financement du programme, aux partenaires : Cetim - Centre technique des industries mécaniques, BoostAeroSpace SAS, UIMM, DREETS, OPCO 2i, et bien sûr à AERIADES en tant qu'animateur de la filière aéronautique en région.

 

Le saviez-vous ?

Chez Exxelia nous exploitons l’IA : l’intelligence artificielle (cliquez pour découvrir l'article).

 

Published on 04 Jan 2022 by Stephane PERES

Exxelia Ohmcraft: Empowering Military Innovations

Innovation is the cornerstone of military success. At Exxelia Ohmcraft, we understand this fundamental truth. For over two decades, we have been the stalwart provider in the realm of electronic warfare, weapons platforms, force protection, and intelligence programs. Our steadfast commitment lies in enabling advancements across diverse military sectors through our unparalleled custom resistors. Our unique Micropen® precision printing technology produces ultra-stable parts that are perfectly suited to the military’s rugged requirements, delivering a typical load life of 0.1% over 10,000 hours. This proven stability, accuracy, and quality support the long-term program life of many military products and programs. Micropen technology produces a superior resistor. The combination of our longer serpentine pattern and high-aspect ratio gives our resistors unmatched design flexibility, linearity, stability, and low noise capability, as well as:     High Voltage (to 40 kV) Low Noise / Very low noise Vers low TCR Resistor Value (> 1 MΩ up to 10 TΩ) Ultra-high stability Extremely tight tolerances to 0.1%         Custom designs for Military applications Exxelia Ohmcraft’s ability to design and deliver custom resistors is essential for military suppliers. Our engineers work closely with you to design resistors that match your exact specifications. Surface-mount resistors, dividers, and networks Extensive experience designing custom resistors and supporting source control drawings (SCD) for existing and new designs Small runs to support prototypes to large volume manufacturing Exxelia Ohmcraft can test parts using a number of military specs, including: MIL-PRF-55342, 83401, 55182H, 914B, and 49462B MIL-STD-129, 1276F, and 1285F MIL-STD-202 Space-grade resistors Extended temperature range Rapid prototyping   Our expertise in designing for military applications spans across a spectrum of products, each contributing significantly to advancing military capabilities: Flight & Space   Products: HVC, HVR, HVD, HVCD and Custom Applications: Aerospace Flight controls Satellites SATCOM Microwave Radar Tactical   Products: HVC, HVR, HVD, HVCD and Custom Applications: Night vision goggles Ordnance Electronic warfare Munitions Bomb fuze Tasers   Systems   Products: HVC, HVR, HVD, HVCD and Custom Applications: Surveillance Detection Navigation Monitoring Sight systems Motion control Communications Networks   At Exxelia Ohmcraft, our commitment transcends the creation of resistors. We are dedicated to empowering the visionary innovations that define the future of military technology. Our team is poised to collaborate and customize solutions that perfectly align with the evolving needs of military applications. In a landscape where reliability is non-negotiable and precision is imperative, Exxelia Ohmcraft stands as the beacon of unwavering support, fortifying military operations with resilient, high-performance resistors. Exxelia Ohmcraft’s sister division, Exxelia Micropen Medical is at the forefront of medical device product development, providing design engineers with unique insights on conceiving and implementing new designs and features. 

Exxelia Ohmcraft's cutting-edge resistors redefining reliability in the aerospace industry

Exxelia Ohmcraft provides designers of space instrumentation with resistors that are the foundation for building robust power supplies, sensors and imaging equipment. Exxelia Ohmcraft products have helped push forward scientific advancements in mass spectrometry, image intensifiers, X-Ray sources and spectroscopic analysis. We provide standard and custom products to many market leaders with the reliability that makes Exxelia Ohmcraft the resistor of choice for such critical scientific space applications.   Our unique Micropen precision printing technology produces ultra-stable resistors with exceptional reliability that are perfectly suited for space flight applications. For over 20 years, Exxelia Ohmcraft has been designing resistors used in instruments on various spacecrafts. Our resistors enable the analytical equipment designed for strategic science missions which creates the space technology that explores outer space. Exxelia Ohmcraft technology produces a superior resistor. The combination of our longer serpentine pattern and high-aspect ratio gives our resistors unmatched design flexibility, linearity, stability and low noise capability as well as:     Ultra High Voltages up to 60 kV Extremely tight tolerances to 0.1% Very low TCR with extended temperature range Very low noise / Very low VCR Ultra-high stability         Custom designs for Space applications Exxelia Ohmcraft ability to design and deliver custom resistors is essential for space instrumentation designers. Our engineers work closely with you to design resistors that match your exact specifications. Surface-mount resistors, dividers and networks Extensive experience designing custom resistors and supporting source control drawings (SCD) for existing and new designs Engineering Models Flight Models Exxelia Ohmcraft can perform Lot Acceptance Testing (LAT) on our resistor products using a number of Space and Military Specifications, including: NASA EEE-INST-002 Level 1, Level 2 or Level 3 MIL-PRF-55342, MIL-PRF-49462 and MIL-PRF-83401 MIL-STD-202 ESCC 4001 (ESA/SSC 4001)   Our expertise in designing for military applications spans across a spectrum of products, each contributing significantly to advancing military capabilities: Scientific Instrumentation   Products: MCH, HVR, HVD, HVA and Custom designs Applications: Mass Spectrometers Ion Mobility Spectrometers Test Equipment Signal Generators Chemical / Mineral Sample Analysis Instrumentation Power Supplies   Products: MCH, HVR, HVD, HVA and Custom designs Applications: High Voltage Custom Power Supplies Vision Systems   Products: MCH, HVR, HVD, HVA and Custom designs Applications: Image Intensifier Circuits  Optical Spectrometers Photomultipliers     Exxelia Ohmcraft is the leader in high performance resistor design and manufacturing. Our proprietary Micropen precision printing technology enables superior precision thick-film resistors. Exxelia Ohmcraft can meet the most challenging space instrument specifications for high voltage and high value resistors.   Exxelia Ohmcraft’s sister division, Exxelia Micropen Medical is at the forefront of medical device product development, providing design engineers with unique insights on conceiving and implementing new designs and features. 
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