On August 31, 2018, Nanoscribe GmbH, the world's leading micro-nano 3D printer manufacturer, established a subsidiary in Shanghai, China. Nanoscribe hopes to strengthen German high-tech sales activities in China through its Chinese subsidiary, strengthen existing business relationships, and further expand customer service across the Asia-Pacific region.
Nanoscribe CEO Martin Hermatschweiler said: "It is a pleasure for the company to find such an arts venue that provides the company with enough space to accommodate future growth." It is reported that the venue is located at the Carl ZEISS AG factory At the same time, Carl Zeiss holds a 40% stake in Nanoscribe. "We see the huge potential of micro-nano processing in the Chinese market, both academically and in the industry. Thanks to our general manager of our Chinese subsidiary, Dr. Cui Wanyin, we are very happy to expand our presence in this fast-growing market in China. Business. In addition, we will strengthen our customer service in the Chinese market, led by our experienced regional service manager Johannes Konrad Lim. "Hermatschweiler said.
After receiving his Ph.D. in physics, Cui Wanyin was hired by Nanoscribe. He played a key role in the business development of the company's US market. His clients include leading universities such as Harvard, Stanford, and California Institute of Technology. In Shanghai, he will start with a small team, including two service staff and an assistant.
In the ZEISS building, Nanoscribe China Co., Ltd. will enter the laboratory space and will demonstrate the Photonic Professional GT 3D printer live.
Nanoscribe's Photonic Professional GT 3D printing system
"These 3D printers have many applications, from nanostructures to high-precision millimeter-level object printing. We are now able to show the outstanding capabilities of our 3D printers, which is unmatched by any other technology." Cui Wanyin said.
The 3D printer developed and marketed by award-winning high-tech company Nanoscribe is a highly specialized comprehensive solution that can reach more than 1,000 scientific and industrial users to unprecedented applications. This includes printing miniature needles for minimally invasive surgery, additive manufacturing of microlens arrays, and manufacturing micro-optics. New scientific publications are published every week about many ways to use the device, which is known as an "innovation engine."
With tens of millions of dollars in annual revenue and more than 60 employees, Nanoscribe has become one of Germany's most successful high-tech companies in the past few years.