Anatomical Foot Model - High Arch Foot

Product Description

Anatomical Foot Model – High Arch Foot

The Anatomical Foot Model – High Arch Foot is a highly detailed and realistic educational tool designed for healthcare professionals, educators, and students to study the unique structure of a high arch foot (pes cavus). This model provides an accurate representation of the bones, muscles, tendons, and ligaments within a high arch foot, making it a valuable resource for explaining the biomechanics and common conditions associated with this foot type. Perfect for use in clinics, hospitals, physiotherapy practices, and educational institutions, this model helps enhance understanding of high arch foot conditions and related treatments.

What is it used for?

This model is a life-sized, anatomically accurate replica of a high arch foot, also known as a cavus foot. It showcases the unique characteristics of this foot type, including the heightened arch, which places extra stress on the ball and heel of the foot. Healthcare professionals can use this model to explain how these structural differences affect gait, posture, and the likelihood of developing foot-related conditions such as plantar fasciitis, metatarsalgia, and stress fractures. The model’s precision makes it ideal for patient education and clinical training.

Key Features

• Accurate Anatomical Detail: This model provides a detailed depiction of the bones, ligaments, tendons, and muscles specific to a high arch foot. Healthcare professionals can use it to demonstrate how the structure of the foot affects its function and the potential for developing foot and ankle issues.
• Life-Sized Design: The life-sized model allows for realistic demonstrations of foot anatomy - providing medical professionals and educators with an effective tool for explaining conditions and treatments. Its size ensures that it can be easily used in patient consultations and training sessions.
• Durable Construction: Built from high-quality materials, this anatomical model is designed to withstand frequent handling in busy clinical or educational environments. Its durable build ensures longevity - even with regular use in a professional setting.
• Patient Education Aid: This model is an excellent resource for educating patients about high arch foot conditions, offering a visual aid to explain the biomechanics of their foot structure and how it may contribute to discomfort or injury. It helps patients understand potential treatments such as orthotics, physical therapy or surgical interventions.
• Portable and Lightweight: It is lightweight and easy to transport, making it ideal for use in different clinical or educational settings. Whether in a consultation room or a lecture hall, this model is convenient to display and demonstrate.
• Versatile Learning Tool: This model is perfect for medical students, offering a hands-on approach to learning about foot biomechanics and pathologies. It can be used in anatomy lectures, exams, or practical lessons to help students understand the complexities of high arch feet and related conditions.

Who Use it?

• Podiatrists and Orthotists: Podiatrists and orthopaedic specialists can use this model to explain the biomechanics of high arch feet and associated conditions like plantar fasciitis, metatarsalgia, and tendonitis. It’s an excellent tool for discussing treatment options such as orthotics or surgery with patients.
• Physiotherapists and Rehabilitation Specialists: Physiotherapists can use the model to explain how high arches affect foot mechanics and how rehabilitation exercises can help alleviate pain and improve function. This model can guide patients through their recovery and rehabilitation plans.
• Medical Students and Educators: The model provides medical students with a hands-on learning experience to study the structure and challenges of high arch feet. Educators can use it in anatomy classes or clinical training to explain foot anatomy and related conditions clearly.
• Clinics and Hospitals: This model is a useful addition to any clinic or hospital setting, providing both a professional aesthetic and a practical tool for patient consultations and staff education.

Size: 24.5 x 10.5 x 13.5 cm

Weight: 0.6 kg