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Alemnis enables breakthrough academic research in material science by providing leading-edge micro- and nanomechanical property measurement instruments that can be applied in a wide variety of testing environments.
The Alemnis nanoindentation products are based on years of experience in the design of scientific instruments and piezoelectric transducers conducted in joint projects between EPFL (Swiss Federal Institute of Technology, Lausanne) and Empa (Swiss Federal Laboratories of Material Science and Technology, Thun). A publication by the inventors was awarded the Bunshah Award 2004 of the American Vacuum Society. It is considered as a major milestone in the scientific community.
Micro and Nanoscale Mechanical Testing of Glass Components
The Development of High Temperature Nanoindentation
What are Micropillars and How are They Produced?
Understanding High Strain Rate Testing
High-Temperature Testing for Indenter Materials
Alemnis Enhanced Controller (ECO) with Real-Time Controller and FPGA Technology
Alemnis Standard Controller (SCO)
Bio-Indenter for Characterizing the Mechanical Properties of Tissues and Soft Materials
Performing Mechanical Tests with the Relative Humidity Module (RHM)
High-Temperature Module (HTM-400) for High-Temperature Mechanical Properties Testing
Low-Temperature Module (LTM-CRYO) for Mechanical Properties Down to -150 °C