The Bioindenter™ is an innovative novel device used for determining the local mechanical properties of biological samples.
The device integrates the method of instrumented indentation (nanoindentation) with biologists’ demands for testing biological samples.
Ultra Nanoindentation technology with an extended travel range and a high force resolution is the basis of the Bioindenter™ concept.
The BioindenterTM makes use of spherical indenters with a dedicated Petri dish holder and a long shaft specially designed for accommodating different kinds of biological samples.
The mounting of the Bioindenter™ is performed on Compact and Open platforms or on a table top platform.
The attached optical microscope features a turret having two long working distance objectives for observing samples immersed in liquids.
The Bioindenter™ includes a Petri dish holder for 35mm diameter Petri dishes. In order to maintain temperature up to 50°C, heating element with external control is available.
The BioindenterTM enables testing of different material types including biological tissue, tendons, cartilage, hydrogels and scaffolds.
It is developed to enable measurement of materials having a Young’s modulus in the range of ~10kPa up to ~400MPa. The instrument features very high thermal stability and can measure time dependent properties such as creep.
The key features of the Bioindenter™ are:
- Load sensors and high resolution depth
- Superior thermal stability
- Top view microscope with long working distance objectives
- Accurate X-Y motorized positioning system
- Compliant springs for higher resolution in normal load (max. 20mN)
- Easy sample handling (Petri dish holder)
- Liquid immersion compatibility
- Large displacement range (100µm)
- Temperature control up to 50°C available
- Customizable indenters (spherical, flat punch, etc.)