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Stridalyzer PRISM Specifications Sheet
Stridalyzer PRISM Specifications Sheet
1. Sensor-embedded insoles for patient use.
2. iPad app for data collection, visualization, and rehabilitation.
3. Cloud-based storage for data retention.
4. Web portal for clinicians to review data, analyze trends, and manage treatment plans.
- Two 6-axis IMU units: one in the arch region and one on the foot strap.
- Piezo-resistive force sensors arranged in a grid pattern across the foot area, with sensor count varying by insole size (60 for 25cm, 96 for 30cm insoles).
- Sensors: Piezo-resistive force sensors (60-96) and 6-axis Inertial Motion Sensor (Accelerometer + Gyro Combo).
- Gait properties measured include forces, foot orientation, stride length, contact time, and more.
- Sensing frequency: 20 Hz (configurable from 1 Hz to 50 Hz).
- Insole thickness: 4mm at toe, 5.5mm at heel and arch.
- Battery life: 10 hours, with micro-USB charging.
- Water resistance: IP5.
- Compliance: FCC, CE, RoHS, TELEC, Canada IC.
- Insole weight: 100g per pair.
- Sizes: 26cm to 31cm, customizable.
- Material: EVA bottom, high-density PU film on top.
- Cleaning: Disinfectant wipes.
- Warranty: 1 year, with free replacement every 6 months on subscription.
- Supported on iOS, optimized for iPad.
- Communication: Bluetooth LE 5.0, backward compatible with BLE 4.
- Features: Send reports, assign and monitor rehab plans, review progress, set baselines, and record pressure points.
Catalog excerpts
Stridalyzer PRISM for In-Clinic Diagnostics: Spec Sheet Solution Components 1. 2. 3. 4. 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. Structure & Sensor placement • TWO 6-axis IMU units: o One IMU is placed in the arch region o One in the strap resting on top of foot. • Piezo-resistive Force Sensors placed in the entire foot area. Sensors with size of 12.5mm x 12.5mm are laid out in a grid pattern. Spacing between two sensors is 3.5mm in each direction, creating an effective coverage area for each sensor of 16mm X 16mm. Sensor count depends on the insole size: o 60 sensors for 25cm insoles at the minimum o 96 sensors for 30cm insoles at the maximum Representative sensor arrangement
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