Contact persons
Contact persons
Dr.-Ing. Sven Langbein
Managing Director
Phone: +49 2056 58690-13
eMail: langbein@lambspace.com
Farangis Dürkopp
Development Manager
Phone: +49 2056 58690-17
eMail: duerkopp@lambspace.com
Phone: +49 2056 58690-13
eMail: langbein@lambspace.com
Phone: +49 2056 58690-17
eMail: duerkopp@lambspace.com
This data protection declaration informs you about the type, scope and purpose of the processing of personal data (hereinafter referred to as “data”) within our online offer and the websites, functions and content connected with it as well as external online presences. With regard to the terms used, such as “processing” or “responsible party”, we refer to the definitions in Art. 4 of the General Data Protection Regulation (DSGVO).
Lamb Space Tec GmbH
Humboldtstraße 15
42579 Heiligenhaus
Germany
Phone: +49 2056 / 58690-14
E-Mail: info@lambspace.com
Web: https://www.lambspace.com
Managing Director: Thomas Hoffmann and Dr. Sven Langbein
Amtsgericht Wuppertal: HRB 33984
VAT-ID: DE364707480
Responsible for the homepage and its contents: Sven Langbein
The contents of our pages were created with the utmost care. However, we cannot guarantee the accuracy, completeness and timeliness of the content. As a service provider, we are responsible for our own content on these pages in accordance with § 7 paragraph 1 TMG under the general laws. According to §§ 8 to 10 TMG, however, we are not obligated as a service provider to monitor transmitted or stored third-party information or to investigate circumstances that indicate illegal activity. Obligations to remove or block the use of information under the general laws remain unaffected. However, liability in this regard is only possible from the point in time at which a concrete infringement of the law becomes known. If we become aware of such infringements, we will remove this content immediately.
Satellite structures made of aluminum have long been popular in space applications due to their properties. However, high production costs and increasing demand pose a major challenge. Manufacturing each structure through CNC milling and a manual assembly of all components requires a lot of time, resources and materials, which drives up the cost of each unit. With the advent of mega-constellations and a growing demand for small satellites, the traditional one-off manufacturing approach is no longer viable. Innovative approaches and production techniques are needed to provide the required number of structures at a reasonable cost.