A wholly-owned subsidiary of Nansocribe in Germany-

Nanoscribe was founded in 2007 and headquartered in Karlsruhe, Germany. In 2017, it established a branch in Shanghai, China - Nano 3D Technology (Shanghai) Co., Ltd. As a wholly-owned subsidiary of Nanoscribe in China, it has strengthened the sales and promotion of new technologies from Germany in China; While consolidating and expanding existing business relationships, we further expanded our customer service scope throughout the Asia Pacific region, responsible for system installation, maintenance, and related training tasks. The newly established Asia Pacific laboratory of the subsidiary is available for customers to visit and learn.

Currently, over 30 countries and 1500 users are using Nanoscribe devices. Six universities ranked * have already purchased Nanoscribe printing equipment, including Harvard University, California Institute of Technology, Oxford University, Imperial College London and ETH Zurich, Stanford University, and others.

Nanoscribe's Photonic Professional GT series is currently the most high-precision 3D printer. Compared with traditional high-precision 3D printers represented by laser stereolithography, the Photonic Professional GT series, which utilizes the principle of two-photon polymerization technology, can easily print three-dimensional micro nano devices with a resolution 100 times higher than that of fine structures.

Whether in the field of scientific research or industry, two-photon processing is considered one of the highly promising fine processing technologies. As a leader in two-photon processing technology on the market, the Nanoscribe series micro nano processing printing system provides a fully intelligent software operation interface and standardized 3D workflow, enabling additive manufacturing of various materials. Nanoscribe is helping to drive research in multiple innovative fields such as mechanical metamaterials, laser rapid prototyping, micro nano robots, regenerative medicine engineering, micro nano optics, microelectromechanical systems, and plasmons.