We now offer wider range of products insulated with PTFE, ETFE, FEP or polyimide for needs that have extra tough requirements like temperature resistance from -90°C to +260°C, excellent dielectric and aging characteristics, radiation resistance, extreme flexibility etc. Available in different types including single-stranded, multi-stranded, extruded, taped, shielded or jacketed versions, they will meet all the requirements. Contact our sales team to learn more.
Axon’ is participating in the French environmental impact study program CYVISO 14001. The result is clear: the choice of raw materials is significant for the environmental impact of our products. To manage and limit it customers must be made aware of the future of their products and for example be offered reusable, long lifetime solutions or possibility of reducing the thickness of cable insulation, while reassuring the quality. This “Green connect” approach therefore involves raising the awareness of the engineers already early in design and R&D stages.
Perseverance’s new Supercam has links between the electronic system and telescope designed by Axon’. This cable assembly, which transmits information to the rover, is terminated at each end by a specific pair of miniature Micro-D connectors. Additionally, Axon has also carried out the cabling of the microphone installed about the Perseverance’s SuperCam. All the cabling of the SuperCam and the microphone has been made in clean room under controlled atmosphere in the Axon’ site located in Montmirail in France. Designed in collaboration with NASA and IRAP Toulouse, with the help of CNRS and CNES, SuperCam is a concentrate of technologies that will remotely analyse Martian rocks.
Particularly aware of the contamination risks of a nosocomial infection, Axon’ Cable has incorporated the technology of silver ion micro-flux into interconnect solutions to develop NOSOFREE®, an innovative range of antimicrobial medical assemblies. Designed with dedicated jacketing, moulding and overmoulding materials with anti-microbial and anti-fungi properties, they inhibit the growth of viruses, microbes, including bacteria which resist antibiotics. Any plastic insulation including PVC, TPE and PE can be modified with antibacterial agents. Material properties, such as colour and biocompatibility are not affected by the NOSO-FREE® manufacturing process. The antibacterial activity is efficient during the whole lifetime of the cable assembly.
Only Axon’ Cable currently provides a range of RF cable assemblies up to 45 GHz which has been QPL qualified by ESA according to the ESCC3408/003 specification. Up to twice as light as non-approved equivalent products, these cable assemblies achieve excellent electrical characteristics. In short, this is an ideal solution for antennae designed for telecommunication satellites operating in the Q band (45 GHz). The development of this range of microwave coaxial assemblies has been fully achieved by Axon’ Cable with the support of the French Space Agency CNES.
Solar Orbiter, the space mission resulting from an international collaboration between ESA and NASA has been launched from Cape Canaveral by an Atlas V411 rocket. It will take two years to reach its operational orbit. Aboard the satellite, 10 scientific instruments will help to scrutinize the sun. Many scientific institutes and industrial partners have contributed to this mission, which is expected to make unprecedented high-resolution observations of the solar poles. Interconnect links designed and manufactured by Axon’ Cable are on their way to the sun.
About 90 000 step files have now been added to Axon Cables online library. 700 micro-D step files were already available, but you can now have access to a much larger range of specs: rectangular, circular, combo, nano-D, combo, backshells and hardware. Plan your system virtually, today. Can’t find your own perfect micro-D? Just give us a call.
Radatox ™ contributes to improving life expectancy of space missions in some of the harshest environments. Designed by Axon’ engineers, Radatox ™ is a wire and cable insulation material which makes electrical interconnects 10 times more resistant to atomic oxygen than commonly used fluoro-polymer materials such as FEP, PTFE or ETFE and 100 times more resistant than polyimide (Kapton ® ).