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Pressure Offloading & Foot Function
Identify & analyze foot function pathologies with unique pressure & timing information from Tekscan's pressure analysis systems.
Analyze Foot Function with Pressure Mapping
Tekscan offers a broad range of easy-to-use and proven tools for assessing foot function through force and pressure distribution analysis. Unique insights on foot function from these systems help clinicians determine the root cause of problems in the lower extremities.
Whether you choose our F-Scan™ GO in-shoe analysis system, Strideway™ platform or a pressure measurement mat, you can be confident that you are always receiving objective and actionable information to address and treat foot function abnormalities. Tekscan's foot function analysis systems provide insights to help you:
- Identify asymmetries between the left and right foot
- Monitor the effectiveness of treatments
- Easily compare pre and post treatments with automated reporting
- Educate patients about their pathologies with visual biofeedback
- Identify plantar pressure profile discrepancies between left and right feet
Pressure Measurement Systems
Tekscan has two distinct configurations of in-shoe analysis and pressure platform systems to help you evaluate foot function. Whether you are looking to offload areas of high pressure for ulcers, document patient progress or identify foot pathologies Tekscan's solutions can help. Learn more about the different options available.
Advanced Gait Analysis |
Gait System with Spatial Temporal Analysis |
F-Scan GO SystemUltra-thin, in-shoe sensors capture timing and pressure information for foot function and gait analysis. Highest resolution and data throughput on the market. |
Strideway™ SystemModular pressure platform system for gait measurement. It provides objective information on force and plantar pressure, plus temporal (time), spatial (distance) and kinetic (movement) parameters. |
Pressure Measurement Mats
Low Profile Portable SolutionMobileMat
Low-profile pressure sensing mat that captures static and dynamic pressure measurement data. Easily transported for use on the field, in the lab or almost anywhere |
High ResolutionMobileMat HR
High-resolution, advanced floor mat designed to capture plantar pressure and forces for both children and adults |
"The F-Scan system has completely changed my understanding of the foot's function. I can now 'see' how small changes in a custom orthotic device greatly affect foot function. I am able to make step-by-step changes and modification to my patients' orthotics and know immediately whether it has bettered or worsened their condition. Because of my work with the F-Scan sytem, I enjoy my podiatric practice again. It is extremely fulfilling to help someone eliminate their limping gait and greatly decrease their pain."
- Bruce Williams, DPM, Merrillville, IN
Learn more about Tekscan's pressure offloading & foot function solutions.
Related Resources
Validating Orthotic Interventions with F-Scan
This case study shows how the F-Scan helped optimize orthotics and educate the patient on plantar pressure distribution.
Data to Complete Your Gait Analysis 3.0
This eBook explores the complementary technology that could complete your gait lab, enabling a full picture of data for various applications.
How Pressure Mapping Enhances Your Gait Analysis & Treatment Outcomes
Watch this webinar to learn how to use gait analysis technology in your clinical practice.
Clinical Case Studies Using F-Scan
Dr. Howard Dananberg will share actual patient cases, demonstrating how he uses the F-Scan in-shoe gait analysis system in his everyday practice.
Pressure Mapping for Biomechanics Research
This eBook will provide a deep overview of Tekscan’s complete portfolio of technologies for biomechanics research, covering several applications and research examples, many that apply to a clinical setting.
Gait Analysis & Foot Function Webinar
An understanding of lower limb biomechanics is essential to providing optimal treatment for foot function abnormalities. Join Norman Murphy, PhD., for a review of lower limb biomechanics in the webinar.