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Triaxial Force Sensor

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PodiSense's Triaxial Force Sensor captures force data in three dimensions with exceptional accuracy, enabling a new level of precision in force measurement. Our Triaxial Sensor is built to withstand extreme conditions and deliver precise data, making it the perfect choice for both laboratory research and real-world applications.

Technical Specifications

 

  • Pressure Range: Customizable, from 1 to 1400 kPa (0.1 to 140 N)

  • Pressure Sensitivity: 350 Pa/mV (350mN/mV)

  • Hysteresis: ≤ 5%

  • Weight: ≤ 2 g 

  • Response Time: 2 ms

  • Recovery Time: 5 ms

  • Durability: Over 200,000 cycles tested

  • Thickness: Customizable, from 0.4 mm to 1.5 mm

  • Size: Customizable from 4 mm to 40 mm in diameter

  • Sampling rate: up to 200 Hz

  • Operating Temperature Range: -30°C to +100°C (Recommended)

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Key Force Measurements

 

  • Vertical Pressure: Measures pressure applied perpendicular to the surface, ideal for gait analysis and pressure mapping.

  • Shear Forces: Detects forces parallel to the surface, essential for studying friction, motion, and skin-surface interactions.

  • Rotational Tilt: Captures rotational forces, valuable for applications in robotics and prosthetics.

3D Vector Visualization

Heatmap Visualization

Our Triaxial Sensor Testing in Action

 

Watch the PodiSense Triaxial Force Sensor in action through our testing videos. From static to dynamic conditions, the tests highlight the sensor's versatility and reliability for a variety of applications:

Static Testing

Dynamic Testing

Static-Dynamic Testing

PodiSense Triaxial Sensor Datasheet

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View our latest datasheet below:

Triaxial Sensor datasheet

Full documentation and API support available upon request.

The PodiSense Shear-Force Sensing Kit

 

  • 5 or 10 fully customisable triaxial force sensors
    (choose your preferred size, pressure range, and geometry)

  • PodiSense electronics module
    High-resolution signal acquisition with shear-force capability

  • SenseView software (proprietary, built in-house)
    Real-time 3D force-vector visualisation and data streaming

  • USB-C connectivity & power interface
    Plug-and-play integration with your laptop or workstation

  • Calibration tools & reference documentation
    Ensuring accurate shear and normal force measurements from day one

  • Developer-friendly API access
    Export raw data for custom workflows, ML pipelines, or research tools

  • Starter cables and sensor harness
    Ready to deploy without additional hardware

  • Quick-start guide + online support
    Fast onboarding for research, prototyping, and field testing

Smart Insole

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We are excited to introduce a breakthrough in gait analysis and movement sensing: a smart insole embedded with triaxial force sensors that delivers real-time feedback in both outdoor and clinical settings. Our Smart Insole technology integrates seamlessly into footwear to provide real-time data on foot pressure distribution, ideal for sports science, rehabilitation, and biomechanical analysis.

This is not just another pressure insole — it's a complete triaxial force-sensing platform, offering the following features:

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  • 200 Hz sampling rate for high-resolution, dynamic data collection — Captures real-time foot pressure and motion with exceptional accuracy for detailed gait and performance analysis.

  • Bluetooth connectivity – fully wireless and portable — Easily connect to mobile devices or PCs for seamless data transfer, no wires required.

  • Integrated IMU for motion and orientation tracking — Tracks foot motion, angles, and orientation for advanced motion analysis in real-time.

  • 6-hour runtime on a single charge — Rechargeable and designed for daily activity monitoring with long-lasting use.

  • Real-time visualization through our mobile app — Provides immediate feedback on foot pressure and gait in real-time for actionable insights.

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Designed for researchers, clinicians, and athletes, this insole provides accurate, multi-directional force data for real-world applications.

Smart Insole Demonstration

 

A live demonstration of our Smart Insole platform, featuring real-time 3D pressure mapping and wireless data streaming during walking — highlighting dynamic pressure distribution and gait-response sensing in action.

PodiSense vs. MoCap Labs: Gait Analysis Revolution

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Watch as we compare the accuracy and precision of gait analysis using traditional force plates in a mocap lab with Vicon cameras against our innovative PodiSense insole technology. While traditional methods rely solely on kinematic data to infer force orientation, our PodiSense insole provides real-time 3D force feedback, enhancing the accuracy of gait analysis by directly measuring force distribution and orientation. Witness firsthand how our advanced sensor technology revolutionizes biomechanical analysis, offering unparalleled insights into human movement and performance.

PodiSense Smart Insole

Motion Capture Lab

Precision Joystick

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Introducing our custom-designed joystick, engineered for precision and intuitive control. Ideal for applications in robotics, gaming, and medical devices, our joystick delivers enhanced user interaction and seamless performance across various platforms.

This joystick isn’t just about control — it’s about precision. With features that enhance interaction and offer superior control, it’s perfect for various use cases:

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  • High-precision control – Provides exceptional accuracy for fine-tuned interactions in robotics and gaming.

  • Ergonomic design – Comfortable for extended use with an intuitive, user-friendly interface.

  • Wireless connectivity – Seamlessly connects with devices without the need for cables.

  • Customizable buttons – Tailor the joystick's functionality to your specific needs for specialized applications.

  • Built-in feedback – Offers haptic feedback for enhanced control and response during interactions.

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Designed for gaming enthusiasts, medical professionals, and robotic engineers, our joystick promises unparalleled precision and ease of use.

Pressure Mat

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We are excited to introduce a breakthrough in pressure mapping technology: the PodiSense Triaxial Pressure Mat, a high-resolution sensing platform that delivers real-time three-dimensional pressure distribution data with unparalleled fidelity.

This is not just another pressure mat — it’s a complete triaxial force-sensing platform, delivering real-time, high-resolution pressure heatmaps that visualize load distribution, contact patterns, and dynamic pressure changes with exceptional clarity.

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  • Automotive and Aerospace: Seat pressure mapping, ergonomic optimization, occupant safety validation, and comfort assessment.

  • Medical and Biomechanics Research: Gait analysis, prosthetic design optimization, rehabilitation monitoring, and clinical diagnostics.

  • Sports Science and Performance Analytics: Athlete movement profiling, injury prevention studies, equipment testing, and performance enhancement programs.

  • Robotics and Advanced Manufacturing: Tactile feedback systems, surface interaction mapping, grip force analysis, and human-machine interface development.

  • Consumer Electronics and Wearables: Pressure-sensitive user interfaces, ergonomic product testing, and innovation in smart textiles.

  • Academic and Industrial R&D: Experimental studies requiring high-fidelity, real-time force mapping across diverse research fields.

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Ideal for detecting asymmetries, optimizing ergonomic designs, validating product performance, and driving data-driven decision-making across multiple industries.

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