Tactile Sensing

Give your app­li­ca­ti­on dex­te­ri­ty with tac­tile sen­sors by Weiss Robotics. The uni­que design with inte­gra­ted signal con­di­tio­n­ing elec­tro­nics is set­ting new stan­dards in robust tac­tile sen­sors for robots and hand­ling app­li­ca­ti­ons. Whe­ther in rese­arch or indus­try – tac­tile sen­sor sys­tems from Weiss Robotics are the right choice.
Tac­tile sen­sor sys­tems from Weiss Robotics are par­ti­cu­lar­ly sui­ta­ble for app­li­ca­ti­ons whe­re the detec­tion of the pres­su­re dis­tri­bu­ti­on has prio­ri­ty. Their high sen­si­ti­vi­ty, the high dyna­mic ran­ge as well as the pos­si­bi­li­ty of custo­mi­zing makes tac­tile sen­sor from Weiss Robotics sui­ta­ble for a varie­ty of app­li­ca­ti­ons. Tac­tile sen­sors from Weiss Robotics use a paten­ted pres­su­re dis­tri­bu­ti­on mea­su­rement. A sophisti­ca­ted resis­ti­ve mea­su­ring method based on advan­ced poly­mer tech­no­lo­gy enab­les a homo­ge­neous sen­sor sur­face to spa­ti­al­ly resol­ving pres­su­re sen­sing with high sen­si­ti­vi­ty. The paten­ted one-sided con­tac­ting of the sen­sor poly­mer ensu­res a long ser­vice life. The active matrix tech­no­lo­gy allows signi­fi­cant­ly hig­her scan­ning speeds and impro­ved dyna­mics com­pa­red to con­ven­tio­nal solu­ti­ons, so that even high­ly dyna­mic pro­ces­ses can be easi­ly acqui­red with high accuracy.