ForceRobot®: Nanotechnology Meets Molecular Analytics
Force spectroscopy is the method of choice, whenever scientists want to understand how individual biomolecules, small compounds, polymers and surfaces interact with each other. No averaging, labeling or indirect conclusions but clear-cut results with forces and distances delivered in absolute numbers. Application areas include: Molecular design, material science, structural characterization, energy landscape determination, folding/unfolding dynamics, binding site localization and affinity monitoring.
ForceRobot® overcomes the hurdles of traditional force spectroscopes with their low data output and the requirement of frequent manual adjustments. ForceRobot® automates routine procedures providing software support for experimental design, data acquisition and evaluation. Tens of thousands of force curves are generated in a matter of hours in unattended mode. No-event force curves are automatically filtered out and the useful data are presented for further evaluation.
ForceRobot® is the result of a process of more than three years of development. Our engineers and scientists adhere to strictest quality criteria to make sure the product meets the highest expectations.
We experienced a very positive resonance from the scientific community when we presented ForceRobot® earlier this year at the 51st Annual Meeting of the Biophysical Society in Baltimore, USA. To strengthen our visibility on the European market, we will now attend the International Conference on Nanoscience and Technology in Stockholm from 2nd to 6th of July (http://www.congrex.com/...) as well as the 6th European Biophysics Congress in London from 15th to 19th of July (http://www.ebsa.org/...).
We are looking forward to a further on successful market introduction of the ForceRobot® by providing easier access to cutting-edge technology on the single molecule level.
Force spectroscopy is the method of choice, whenever scientists want to understand how individual biomolecules, small compounds, polymers and surfaces interact with each other. No averaging, labeling or indirect conclusions but clear-cut results with forces and distances delivered in absolute numbers. Application areas include: Molecular design, material science, structural characterization, energy landscape determination, folding/unfolding dynamics, binding site localization and affinity monitoring.
ForceRobot® overcomes the hurdles of traditional force spectroscopes with their low data output and the requirement of frequent manual adjustments. ForceRobot® automates routine procedures providing software support for experimental design, data acquisition and evaluation. Tens of thousands of force curves are generated in a matter of hours in unattended mode. No-event force curves are automatically filtered out and the useful data are presented for further evaluation.
ForceRobot® is the result of a process of more than three years of development. Our engineers and scientists adhere to strictest quality criteria to make sure the product meets the highest expectations.
We experienced a very positive resonance from the scientific community when we presented ForceRobot® earlier this year at the 51st Annual Meeting of the Biophysical Society in Baltimore, USA. To strengthen our visibility on the European market, we will now attend the International Conference on Nanoscience and Technology in Stockholm from 2nd to 6th of July (http://www.congrex.com/...) as well as the 6th European Biophysics Congress in London from 15th to 19th of July (http://www.ebsa.org/...).
We are looking forward to a further on successful market introduction of the ForceRobot® by providing easier access to cutting-edge technology on the single molecule level.
