We provide software and hardware for studies within neuroscience and psychophysiology. Our leading software is LabBench which is a platform for performing studies by predefined protocols. The LabBench software can be used with LabBench® I/O devices and 3rd party research equipment. LabBench® I/O are data acquisition devices that can generate control signals to stimulators, sample data from amplifiers, and collect psychophysical responses. We also provide stimulators, such as the LabBench CPAR+ device for cuff pressure algometry.
LabBench is a program for studies within neuroscience which allow an experimenter to perform experiments based on predefined protocols.
The LabBench® CPAR+ are devices for cuff pressure algometry. These devices offer computer-controlled pressure stimulations, enabling protocols that are impossible with conventional handheld pressure algometry.
The LabBench I/O are response and stimulus devices for electrophysiology and psychophysical experiments. With these devices, you can collect responses for threshold estimation with a response buttons or psychophysical rating scales.
Nocitech ApS offered the Nocitech CPAR device from 2017 to 2021. The Nocitech CPAR will be continued to be supported by LabBench.
National Instruments DAQmx cards can be used with LabBench® to acquire and generate analogue signals.
A rating scale that can be used with experimenter-defined rating scales, such as Visual Analog Scales, Numerical Rating Scales, or Wong-Baker FACES® Scales.
Wong-Baker FACES® is a registered trademark of the Wong-Baker FACES Foundation.
A device that can collect psychophysical responses with microsecond resolution and allow subjects to complete questionnaires.
Subjects can use a handheld response button to indicate a response to a given stimulus. These responses may be used to estimate a psychophysical threshold, such as the perception threshold, the pain detection threshold, or the pain tolerance threshold.
A trigger device that can be attached to any graphical display to generate precise microsecond triggers in response to the display of a visual stimulus.
A trigger device that can generate precise microsecond triggers from audio signals.
Your research may require unique one-off custom devices to perform novel research. We offer research engineering services within all areas needed to create a custom-designed research devices.
Our goal is to create open and novel research devices for neuroscience.
Inventors' Way ApS
Niels Jernes Vej 10
DK9220 Aalborg, Denmark
CVR.NR. 37596108
Copyright© Inventors' Way ApS