
GATTAquant manufactures DNA nanorulers and calibration standards for super-resolution microscopy.

GATTAquant GmbH
81477 Munich · HeadquartersNew on Amplifa
About GATTAquant
GATTAquant DNA Nanotechnologies GmbH develops and manufactures nanorulers, fluorescent calibration beads and cell samples for high-resolution fluorescence microscopy. The portfolio includes nanorulers for SIM, STED, STORM, DNA-PAINT, confocal and widefield microscopy, custom nanorulers and custom labels, GATTA-Beads, GATTA-Cells, and gold nanohelices for plasmonic applications. The products are based on the DNA origami technique, which is used to produce DNA structures with defined geometry and defined label spacing; in addition to DNA, gold is also used as a material. The offering is complemented by the DNA-PAINT starter kit in cooperation with Massive Photonics, the GATTAnalysis analysis software, video tutorials and FAQs for users. Customers come from biotechnology, life science and super-resolution microscopy, including CAIRN Research, Massive Photonics and PicoQuant. The headquarters is located in Munich at Staffelseestraße 8; communication is in German, English and Chinese.
- Site
- Munich
- Processes
- DNA-PAINT Starter Kits, GATTAnalysis Software, Custom Nanorulers / Custom Labels, Video Tutorials / FAQ
- Materials
- DNA, Gold, DNA (DNA origami)
- Industries
- Biotechnology, Fluorescence microscopy, Super-Resolution Microscopy, Life Science
- 01
DNA origami design
- 02
Manufacture of nanorulers and beads
- 03
Quality control
- 04
Distribution of kits, software and accessories
- 05
Application support (tutorials, FAQs)
Materials and Manufacturing Processes
DNA (DNA origami)
DNA origami structures form the basis of the nanorulers with defined label spacings.
Gold
Gold is used for nanohelices in plasmonic applications.
Locations
Munich
DEHeadquarters
- Materials
- DNA, Gold
Products and Components





Inside the production



Industries
Additional services
Reference customers
History
- 2026
Introduction of GATTA-RESI, which brings RESI to the microscope