Method for the manufacture of an injection molded conductor carrying means
View Patent ↗A method making possible the production of an injection molded conductor carrying means composed of a first supporting substrate and a second supporting substrate. The first supporting substrate comprises a basically metallizeable plastic material and the second supporting substrate a basically non-metallizeable plastic material. However the plastic material of the second supporting substrate is able to be activated by a laser beam. The laser activation produces a metallization pattern on it and such pattern is connected with uncovered areas of the first supporting substrate, following which a common treatment takes place which results in an electrical conductor arrangement being produced. The invention furthermore relates to a conductor carrying means produced by the method.
1. A method for the production of an injection molded conductor carrying means with the use of a dual component injection molding method, in the case of which a first plastic material, which is in principle able to be metallized, and a second plastic material, which is in principle not able to be metallized but is able to be activated by a laser beam, are so formed or molded on each other that a substrate body is produced, which includes a first supporting substrate comprised of the first plastic material and a second supporting substrate partially covering the first supporting substrate comprised of the second plastic material, following which a metallization pattern is produced on the second supporting substrate by laser beam activation, which pattern at least partially adjoins one or more uncovered areas of the first supporting substrate and following which a metallized layer is deposited simultaneously on the metallization pattern and on the uncovered areas, such metallized layer being able to be utilized as an electrical conductor arrangement.
2. The method as set forth in claim 1 , wherein the metallization pattern adjoins uncovered areas of large size on the first supporting substrate.