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    1. Information from customer

    Company name (required)

    Date

    Your name (required)

    Your Email (required)


    What will be produced with the product delivered from Luma:

    What function has the delivered product in your product:

    Type of wire material:

    Yearly need:


    2. Technical requirements

    Diameter (including plating if applicable in mm)
    Nominal value


    3. Surface requirements
    Base Wire Surface quality: etched, polished


    Coating
    Flash material (pre-plating): NickelGold
    Final coating material : NickelGold


    Parameters
    Coat thickness:
    Nominal value


    Specific requirements on coating finish: YesNo
    If Yes: Describe the finish


    4. Spooling requirements
    Type of spool: K40K50K63K100R3R15
    You will find more information about spools at our homepage www.luma-metall.com


    Do you want a certain number of meters per spool?


    By press "Send" you accept that my personal information will be used by Luma for internal use and none of my information will be given to third parties.

    Targeting Medical, Research and Space applications

    Since then the target markets for Luma have changed a lot.

    After the classical light bulbs were banned and replaced by LED technology Luma had to find other application areas. During the last 8-10 years following application areas expanded a lot:

    • Electronics: condcuctors and connectors, integrated circuit testing
    • Spacial communication technology: deployable antennas
    • Detectors used in security areas at airports, harbours….
    • Medical: Guide Wires for balloon dilators, X ray contrast wires
    • Particle accelarators such implemented by CERN

       

    These are only some examples. Luma supports and works together with a large number of Research institutes and labs all over the world. Universities are in touch with Luma nearly every day and sometimes can give leads to interesting projects.

    Thus Luma focussed even more on plating technology and Ultra Fine Wire drawing, even though some of Luma´s traditional customers f.ex. in the application areas of micro bulbs, printing or heating (automotive) are still active. Also the market for musical strings is stable and some of the leading producers of musical strings for violas, violins, harps and others can be found among Luma´s customers. These require Tungsten wire in rather strong dimensions whereas other growing application areas such as medical and antennas need more finer and often gold plated wires.

    Customizing has become a core competence at Luma. As a very specialized small company with much Know How involved our highly educated employees can assist our customers in developing and designing their products.

    Luma is certificated according to ISO standards 9001 and 14001. Apart from that Luma provides all kind of certification required by customers for sensitive areas such as medical or space use.

    Lots of testing is done by Luma itself. Luma has a well equiped high tech  laboratory which provides analyzing services for any kind of material.

    For the years to come Luma expects a further push in the areas of medical applications, research and communication technology in space.

    The Major Applications And Characteristics For Satellite Antennas In Space Are:

    Earth Observation (low earth orbit)

    • Diameters from about 5-20 meters for radiometry and radar; rather low frequency bands: (L-band 1-2 GHz, C-band 4-8 GHz, X-band 8-12 GHz). A frequency around 1.4 GHz is needed to measure soil moisture. Measurements in the 5-10 GHz range are needed to estimate vegetation biomass once the the soil mousutre contribution is known.
    • Compact stowed configuration
    • High gain advantage for active payloads

    Telecommunication

    • K-KU-band (12-18 GHz), KA-band (26-40 GHz)
    • Rigid up to about 3 meters, deployable from about 3 to 7 meters in diameter
    • The future: Internet in Space

    Science and Interplanetary

    • Large scope of diameters, frequencies and orbits
    • Only few launches
    • Science needs are very different. For deep space comms X and KA bands are needed with diameters between 2 and 4 meters. Data Relay for Science Missions: X and KA band with 5-18 meters in diameter. For Planeteray Radar S and KU band with diameters around 4 meters. For Radio Astronomy band widths of P,L,C,K and diameters between 8 and 25 meters. Lunar Surface Communications X and KA band with large antenna diameters between 5 and 25 meters.

    Our Commitment to Long-Term Space Collaborations

    V-band frequency is very high with 40-75 GHz. The higher frequencies are used the finer the mesh must be, the number of OPI (openings per inch) must be higher.

    Large satellites (weight over 50 kgs) represent about a quarter of all satellites build and cover over 90 % of the generated turnover. Earth Observation is the most important field of use with approximately 50 % followed by telecom with 30-40 %. The business potential is huge and quickly growing.

    USA is the worldwide leading player for Satellite Antenna systems in Space. But Europe is investing heavily trying to reach an independency in Space Activities.

    EC co-funded activity on LEA (Large European Antenna), followed by LEOB (Large European Antenna for Earth Observation) in H2020 Program was the starting point for the development of the complete LDRS subsystem, cumulating in the selection of LDRS as reflector solution for the CIMR mission (EU Copernicus program) which will last until 2026-2028.

    There is a trend to higher frequencies like KA band (30-40 GHZ) or even V-Band. Not so much X-band any longer.

    Expectations: 7-14 reflectors over 4 m / year for the next 10 years, worldwide . The european share: 2 reflector sales per year for reflectors < 9 meters and 1 reflector every 2 years.

    Development cost and time including in-orbit testing for larger antennas are enormous and take minimum 4-5 years, for smaller foldable reflector targeting Ka band: 3 years.

    This means that LUMA have to be very consistant in quality in order to build and beware longterm business relationships with the major players all over the world.

    Most of the orders for mesh wire come from institutional side or from companies working strongly related to governments. But the part of the private investors is increasing, e.g.: