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Stridalyzer INSIGHT Specs Sheet
Stridalyzer INSIGHT Specs Sheet
- Sensor-embedded insoles for patient use.
- An iPad app for data collection, visualization, and rehabilitation.
- Cloud-based storage for data retention.
- A web portal for clinicians to review data, analyze trends, and manage treatment plans.
- Structure & Sensor Placement: Includes an IMU in the arch or strap and force sensors at eight critical locations for posture and locomotion analysis.
- Insole & Sensor Properties: Utilizes piezo-resistive force sensors and a 6-axis inertial motion sensor. Measures various gait properties such as forces, foot orientation, stride length, and more.
- Sensing Frequency: Default at 8 Hz, configurable from 1 Hz to 50 Hz.
- Insole Profile: Flat with a 0-drop from heel to toe.
- Battery Life: 20 hours of continuous usage with micro-USB charging.
- Water Resistance: IP5 rated.
- Compliance Standards: FCC, CE, RoHS.
- Insole Weight & Sizes: 50g per pair, sizes 26cm to 31cm, customizable.
- Material & Cleaning: EVA bottom, high-density PU film on top, cleanable with disinfectant wipes.
- Warranty: 1-year warranty with free replacement every 6 months under subscription.
- Platforms Supported: iOS, optimized for iPad.
- Communication Method: Bluetooth LE for insoles to app, secure internet for app to cloud.
- Key Features: Includes report sending, rehab plan management, progress review, baseline setting, and pressure point recording.
Catalog excerpts
Stridalyzer INSIGHT for In-Clinic Diagnostics: Spec Sheet Solution Components Sensor-embedded insoles (to be worn by patient) App running on iPad for data collection, visualization and rehabilitation. Back-end cloud-based storage for storing data Web-based portal for Clinician/Doctor to review, analyze long-term trends, assign treatment plans online, etc. Stridalyzer INSIGHT Insoles Structure & Sensor placement One IMU is placed in the arch region (for in-insole circuit build) or in the strap resting on top of foot (in external-circuit build). Force Sensors are placed at 8 most important locations for posture and locomotion analysis (as determined through review of scientific literature): • Hallux • Toe #3 • Between 1st & 2nd MPJ [2 sensors] • Center of 3rd-5th MPJ [2 sensors] • Center of arch • Center of midfoot • Left of Heel • Right of heel
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Stridalyzer INSIGHT Brochure5 Pages
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- STL 3D scanner
- Physical capacity evaluation system
- Baropodometry plateform
- Portable baropodometry plateform
- Posture evaluation system
- PLY 3D scanner
- Hand-held 3D scanner
- Gait evaluation system
- Medical industry 3D scanner
- Structured light 3D scanner
- Wearable physical capacity evaluation system
- Barometric analysis physical capacity evaluation system
- IOS 3D scanner
- Orthoses manufacturing 3D scanner