Our Products

AMTI Side-by-Side Instrumented Treadmill

The AMTI Side-by-Side Instrumented Treadmill places two independent force-measuring belts next to each other, allowing each foot to walk on its own instrumented surface simultaneously. With six-component force platforms sampling at up to 10,000 Hz, this system captures the precise ground reaction forces needed for bilateral gait analysis, balance research, and rehabilitation science where left-right symmetry comparisons are essential.

Arqus MRI Camera

The Qualisys Arqus MRI is a purpose-built MRI-compatible active marker motion capture camera that operates inside the scanner bore during functional neuroimaging studies. It provides precise, real-time 3D motion tracking without disrupting the magnetic field, enabling researchers to synchronise body kinematics with BOLD fMRI signals. Ideal for neuroscience labs studying motor control, sensorimotor integration, and movement disorders within an MRI environment.

Arqus Underwater Camera

The Qualisys Arqus Underwater camera system brings professional-grade motion capture to aquatic environments, enabling precise 3D tracking of swimmers, divers, and athletes in water. Housed in rugged, pressure-rated waterproof enclosures, these cameras deliver the same sub-millimetre accuracy as their terrestrial counterparts for biomechanical analysis in pools and open water. Essential for aquatic sports science, rehabilitation research, and hydrodynamic performance studies.

Qualisys Online Reporting

Qualisys Online Reporting is a cloud-based platform that transforms raw motion capture data into professional, shareable biomechanical reports accessible from any device. Coaches, clinicians, and sports scientists can instantly generate and distribute movement analyses, performance metrics, and assessment summaries without requiring specialised software on the recipient's end. It bridges the gap between laboratory data collection and practical field application, accelerating data-to-insight workflows.

Qualisys Track Manager (QTM)

Qualisys Track Manager (QTM) is the professional motion capture software at the heart of every Qualisys system, providing seamless acquisition, processing, and export of 3D kinematic data. With native support for force plates, EMG, eye tracking, and dozens of third-party integrations, QTM serves as a unified data hub for complex multi-modal research. Its intuitive interface, powerful automation scripting, and direct pipeline to analysis tools like Visual3D and MATLAB make it the standard choice for biomechanics labs, sports institutes, and clinical gait analysis centres worldwide.

Qualisys Markerless Motion Capture

Qualisys Markerless Motion Capture (AIM) uses AI-powered computer vision to track full-body human movement without reflective markers or wearable sensors, delivering biomechanical data in natural, unencumbered settings. By combining calibrated RGB cameras with deep learning pose estimation, the system produces accurate joint angles and segment kinematics from sports facilities to clinical environments. AIM can operate as a standalone system or in hybrid mode alongside traditional marker-based capture for maximum analytical flexibility.

Microdrill – The high speed drill for stereotaxic use

The high speed drill is designed for opening the skull in stereotaxic surgery, to implant electrode, cannula, and microdialysis probes, etc. This drill is easy to handle and operate.

Constant Current Stimulus Isolator (A365)

The WPI A365 is a battery-operated, optically isolated constant current stimulus isolator delivering up to 10 mA across three selectable ranges with 100V compliance. Designed for electrophysiology research, it provides precise, artifact-free stimulation with bipolar pulsing for zero net charge delivery to biological preparations.

ThermoStar Homeothermic Monitoring System

The ThermoStar Homeothermic Monitoring System is a dual-channel closed-loop temperature controller that maintains stable core body temperature in small laboratory animals during surgery and anesthesia. Using rectal probe feedback to drive a silica gel heating pad, it keeps animals at a precise set temperature between 20–45°C — preventing hypothermia and the physiological variability it causes. Two fully independent channels allow two animals to be monitored and heated simultaneously.