发布新一代适用于单细胞压痕的探头!

Optics11 is proud to release a new generation of extremely sensitive nanoindentation probes. If you are interested in measuring the elasticity of single cells or extremely soft hydrogels, with values down to 10 Pa, these probes will prove essential. The new probes are manufactured with MEMS technol

PIUMA新文献发布

Four new publications featuring the Piuma Nanoindenter have been published, follow each link below to find the article. S.V. Beekmans, D. Iannuzzi (2016), Characterizing tissue stiffness at the tip of a rigid needle using an opto-mechanical force sensor Biomed Microdevices S.B. Sprangers (2014),

用户故事: 极软水凝胶的测试

The Piuma Nanoindenter finds applications in a wide variety of disciplines in research and R&D. In the field of chemistry, the group of Prof. Itamar Willner from the Hebrew University of Jerusalem in Israel works on a very special research topic: tuneable DNA-based hydrogels. The group started work

利用PIUMA纳米压痕仪进行软物质压痕实验

Watch the Piuma Nanoindenter perform indentation of a hydrogel microstructure (PNIPAAm hydrogel micropillars) and a silicone (PDMS) film in the video below: To learn more about the indentation of hydrogel microstructures, we invite you to take a look at the application note we have recently publi