Brain vision Force Sensor- (Best Price in India)

Force Sensor – Precision Force Measurement for Neuroscience and Physiology Research

The Force Sensor from Brain Products is a peripheral physiology device designed to measure changes in the force exerted by research participants during experiments. It enables researchers to capture both the timing and relative amplitude of force-related actions, providing valuable behavioral data that can be synchronized with EEG, EMG, and other physiological recordings.

Overview

Many neuroscience and human-performance experiments require precise measurement of physical interactions such as button presses, grip strength, finger tapping, or force application. Traditional response buttons often record only the occurrence of an event, whereas the Force Sensor provides continuous force measurements, allowing researchers to analyze how force changes over time.

This makes it possible to study not only when a participant responded, but also how strongly they responded.

Key Features

High-Resolution Force Measurement

The sensor measures:

• Relative force changes
• Force application timing
• Response onset and offset
• Force amplitude variations
• Continuous force profiles

Researchers can quantify subtle differences in motor behavior that are not detectable with simple event triggers.

Seamless Integration with Brain Products Systems

The Force Sensor uses Brain Products’ standard 5-pin Binder connector, allowing direct connection to a variety of data acquisition platforms.

Compatible Systems

actiCHamp Plus

• Connects directly to AUX inputs
• Synchronizes force data with EEG recordings

actiCHamp Plus AUX

• Dedicated auxiliary recording platform
• Supports multi-modal physiology experiments

LiveAmp Sensor & Trigger Extension Compact

• Portable force measurements
• Mobile and field research applications

LiveAmp Sensor & Trigger Extension Classic

• Extended physiological monitoring

BrainAmp ExG AUX Box

• Multi-signal laboratory recordings

Research Applications

Motor Control Research

Measure:

• Finger pressing force
• Grip strength
• Movement initiation
• Motor execution dynamics

Useful for studying motor planning, execution, and coordination.

EEG Experiments

Combine force measurements with EEG to investigate:

• Motor cortex activation
• Event-related potentials (ERP)
• Sensorimotor processing
• Brain-behavior relationships

The force signal provides precise behavioral markers that can be aligned with neural activity.

Cognitive Neuroscience

Researchers can evaluate:

• Response confidence
• Decision-making effort
• Cognitive workload effects on motor output
• Reaction force variability

Force measurements often reveal behavioral information beyond reaction time alone.

Human Performance Studies

Applications include:

• Fatigue monitoring
• Skill acquisition
• Performance optimization
• Ergonomics research
• Occupational studies

Clinical Research

The sensor can support investigations involving:

• Motor disorders
• Neurological rehabilitation
• Stroke recovery
• Parkinson’s disease research
• Movement impairment assessment

Benefits

Typical Experimental Uses

• Finger tapping tasks
• Button press force measurement
• Grip force experiments
• Motor learning studies
• Reaction time assessments
• Human-machine interaction research
• Neuroergonomics investigations
• Rehabilitation monitoring

Technical Summary

Summary

The Force Sensor is a versatile peripheral physiology tool that allows researchers to precisely measure force-related behavior during experiments. By integrating seamlessly with Brain Products EEG and physiological recording systems, it provides a powerful way to study the relationship between neural activity and motor performance, enabling more detailed and informative neuroscience, psychology, and human-performance research.