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Information provided according to Sec. 5 German Telemedia Act (TMG):

NanoScale Systems, Nanoss GmbH
Robert-Bosch-Str. 7
Technologie- u. Innovationszentrum (TIZ)
64293 Darmstadt

Represented by:

NanoScale Systems, Nanoss GmbH, Geschäftsführer Dr. Alexander Kaya

Contact:

Telephone: +49 6151-6 67 40 37
Telefax: +49 6151-6 67 40 39
Email: info@nanoss.de

Register entry:

Entry in the Handelsregister.
Registering court:Amtsgericht Darmstadt
Registration number: HR 9455

VAT:

VAT Id number according to Sec. 27 a German Value Added Tax Act:
DE 241287721

Responsible for contents acc. to Sec. 55, para. 2 German Federal Broadcasting Agreement (RstV):

NanoScale Systems, Nanoss GmbH
Dr. Alexander Kaya
Robert-Bosch-Str. 7
64293 Darmstadt

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As service providers, we are liable for own contents of these websites according to Sec. 7, paragraph 1 German Telemedia Act (TMG). However, according to Sec. 8 to 10 German Telemedia Act (TMG), service providers are not obligated to permanently monitor submitted or stored information or to search for evidences that indicate illegal activities.

Legal obligations to removing information or to blocking the use of information remain unchallenged. In this case, liability is only possible at the time of knowledge about a specific violation of law. Illegal contents will be removed immediately at the time we get knowledge of them.

Liability for Links

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The linked websites had been checked for possible violations of law at the time of the establishment of the link. Illegal contents were not detected at the time of the linking. A permanent monitoring of the contents of linked websites cannot be imposed without reasonable indications that there has been a violation of law. Illegal links will be removed immediately at the time we get knowledge of them.

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Picture Credits and Copyrights

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© Sebastian Kaulitzki – Fotolia.com
Page: Medical Sensors

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© Sebastian Kaulitzki – Fotolia.com
Page: Medical Sensors

Surgeon Inserting Tube Into Patient During Surgery
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Page: Homepage, Medical Sensors

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Page: Tailored Customer Solutions

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Page: What We Can Do for You

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Page: Homepage, Customized Force and Strain Sensors for MEMS/NEMS, Tailored Customer Solutions, How the nano3DSense Sensor Works

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Page: Homepage, Customized Force and Strain Sensors for MEMS/NEMS, Tailored Customer Solutions, How the nano3DSense Sensor Works

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Page: Customized Force and Strain Sensors for MEMS/NEMS

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Page: Customized Force and Strain Sensors for MEMS/NEMS

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Page: Customized Force and Strain Sensors for MEMS/NEMS

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Page: Tailored Customer Solutions

3d stucture
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Page: Homepage, Customized Force and Strain Sensors for MEMS/NEMS

Microplate for ELISA with HIV abbreviation
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Page: Medical Sensors

Herzkatheter – Einführen in die Aterie 1
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Page: Homepage, Medical Sensors

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Page: Homepage, Medical Sensors

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Page: Customized Force and Strain Sensors for MEMS/NEMS

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Page: Homepage

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Page: Medical Sensors

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Page: Homepage

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Page: Contact Us

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Page: nano3DSense at a Glance: Technology Platform across Industries, FAQ: nano3DSense

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Page: nano3DSense at a Glance: Technology Platform across Industries, FAQ: nano3DSense

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Page: nano3DSense at a Glance: Technology Platform across Industries, FAQ: nano3DSense

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FAQ: nano3DSense

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© Oleksiy Mark/Shutterstock.com
Page: Features

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Page: nano3DSense Product Brochure

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© Alexander Raths/Shutterstock.com
Page: Career

Monoclonal antibody (Immunoglobulin G, IgG2a, mAb) molecule, chemical structure. Most current biotech drugs are monoclonal antibodies. Atoms as spheres, conventional atom coloring, H atoms omitted.
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© molekuul.be/Shutterstock.com
Page: Antibody Detection

Maschine des Rasterelektronenmikroskops (SEM) im cleanroom
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Page: nano3DSense: The First 3D Printer with Unrivaled Nanometer Precision

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