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InnoLas Laser GmbH
Allgemeine Kurzbeschreibung:
Ausbilungsart:
Ausbildungsdauer:
Empfohlener Schulabschluss:
Hier kannst Du dich bewerben:
Beschreibung des Ausbildungsberufs
Durch die Verbindung von innovativer Lasertechnologie mit hochpräzisen Fertigungsmethoden stellt die InnoLas Laser GmbH leistungsstarke, verlässliche und wertstabile Strahlquellen her, die in Wissenschaft und Industrie eingesetzt werden.
(Quelle: https://berufenet.arbeitsagentur.de/berufenet)
