Our Products

Trigno Centro

Designed for unrivaled research quality in human movement, engineering, and neurophysiology applications.

68099Ⅱ Precise Impactor

The RWD 68099Ⅱ Precise Impactor delivers controlled cortical impact (CCI) for reproducible traumatic brain injury and spinal cord injury modeling in rodents. Pneumatic-electric control with automatic zero calibration and a 4.3″ touch screen ensure consistent, high-precision impacts with depth accuracy to 0.01 mm, eliminating manual zeroing and reducing researcher error.

Startle PPI 3.0

Acoustic startle and pre-pulse inhibition (PPI) testing system for rodents. Supports up to 4 simultaneous test chambers with a calibrated sound range of 65–120 dB, driven by Windows 64-bit software for automated data acquisition and analysis.

Physiological Monitoring System for Small Animals (HPMS)

The Harvard Apparatus HPMS is a compact, multi-parameter platform that simultaneously records ECG, respiration, heart rate, and body temperature on a heated surface sized for mice or rats. Add-on modules extend the system to capture blood pressure, exhaled CO₂, and SpO₂. All data streams wirelessly to an Android tablet for real-time visualization and effortless export to LabChart, Excel, or MATLAB.

NIRScout – powerful and versatile lab-based fNIRS by NIRx

The NIRScout system is the most versatile fNIRS research platform.

RFLSI-ZW Laser Speckle Contrast Imaging System

Flagship laser speckle contrast imaging system for non-invasive, real-time visualization and quantification of blood perfusion in any exposed tissue. Built around a CMOS global shutter camera with 10× motorised zoom, the RFLSI-ZW delivers up to 100 fps full-field acquisition and 3.9 μm/pixel resolution - powering cerebral blood flow, MCAO, hindlimb ischemia, and dermatological microcirculation research at over 200 institutions worldwide.

NIRxBorealis For fNIRS data acquisition in the MRI environment

NIRx custom builds the NIRxBorealis to combine the NIRx flagship NIRSport2 amplifiers with fiber-based laser stimulation and ADP detectors. This allows concurrent fMRI and fNIRS recordings and then the co-analysis of fNIRS and fMRI results.

Tobii Glasses X

Capture what users see with Tobii Glasses X, an easy-to-use wearable eye tracker that brings new understanding of your workforce and your customers.

Tobii Pro Spectrum

Screen-based eye tracker capturing gaze data at speeds up to 1200 Hz