Kidzable designs and manufactures affordable, customizable assistive devices using a blend of traditional and 3D‑digital techniques. Their product line includes standing wheelchairs, low‑cost lower‑limb prosthetics, and a range of 3D‑printed orthoses such as AFOs, KAFOs, and pediatric corsets, as well as cosmetic prosthetic covers that match skin tone and shape. By leveraging high‑quality components and digital customization, Kidzable delivers functional, ergonomic solutions tailored to each user’s needs.
Funding
Funding not disclosed
Founders
Product
Problem
Access to affordable, customized medical assistive devices such as standing wheelchairs, prosthetic covers, orthotics, and low‑cost prostheses is limited, especially for pediatric patients and low‑resource settings, due to high manufacturing costs and lack of personalized design options.
Solution
Kidzable leverages 3D‑printing technology combined with traditional manufacturing methods to produce a portfolio of medical devices that are both functional and aesthetically tailored. By digitally modeling each device, the company can create standing wheelchairs, prosthetic covers, pediatric orthoses, cosmetic prostheses, and low‑cost lower‑limb prosthetics that fit individual anatomy and mobility needs. The use of high‑quality yet inexpensive components reduces overall cost while maintaining durability and performance. Customization options allow users to select colors, finishes, and materials, delivering solutions that address both clinical requirements and personal preferences. All products are manufactured in‑house, enabling rapid iteration and delivery to patients worldwide.
Target Audience
Primary customers are healthcare providers, prosthetists, and orthotists serving amputees and patients requiring orthotic support, with a focus on pediatric populations and low‑resource environments.
Features
- 3D‑printed standing wheelchair frames designed for ergonomic support and stability
- Fully customizable prosthetic covers for below‑ and above‑knee limbs, compatible with commercial prosthetic components
- Pediatric orthotics (AFO, KAFO, corsets) that blend digital design with traditional techniques for optimal fit and comfort
- Cosmetic prosthetic arms and hands reproduced in rigid, flexible plastics or silicone to match skin tone and shape
- Low‑cost lower‑limb prosthetic systems using simple, high‑quality components for walking rehabilitation
- Digital modeling workflow that enables rapid design adjustments and personalized aesthetics
- In‑house manufacturing ensures control over quality, lead times, and cost efficiency