Learn how our patented technology fuels ElastoSens Bio’s unique capabilities for testing biomaterials
The ElastoSens Bio uses Internet of Things (IoT) technology principles. Up to 5 instruments can be controlled by a single tablet App that uses wireless communication. This breakthrough innovation in the field of analytical instrumentation offers an unprecedented modularity to users for testing biomaterials. You can add at any time new measurement units to your ElastoSens Bio system to meet your evolving needs and workload.
ElastoSens™ Bio uses removable sample holders that facilitate testing biomaterials by moving samples to and from an incubator for repeating non-invasive testing (hourly, daily or weekly). Because the ElastoSens™ Bio uses a non-invasive, contact free technology, you can measure the viscoelastic properties of the same sample (namely shear storage modulus G’, shear loss modulus G’’ and loss tagent tan(δ)) from formation to degradation over long periods of time. By removing samples, you can free up the instrument for other tests without destroying the material.
REAL TIME MEASUREMENT OF SWELLING & DEGRADATION
Thermostimulation is included in the ElastoSens™ Bio. For most applications, temperature can be controlled between ambient temperature (i.e. room temperature + 2°C) and 50°C. An optional and powerful Peltier heating-cooling system can control the sample temperature between 4°C and 70°C. This option allows you building customized temperature profiles and may be combined with the ElastoSens Bio’s photostimulation system for precise testing of biomaterials.