LO-PLEG’s competitive advantage lies in its affordability, being up to five to ten times cheaper than conventional prosthetic options, while maintaining high functionality and comfort. Its user-centred design minimises discomfort from socket misfits, and rapid prototyping enables quick production and easy customisation for individual needs. Beyond its technical strengths, LO-PLEG also delivers strong social impact by improving accessibility and affordability of prosthetic care for underserved communities.

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Conventional prosthetic legs are often prohibitively expensive, costing over USD 5,000, and frequently suffer from poor fit or socket discomfort due to limited customisation. These challenges make prosthetics inaccessible for many amputees, restricting their mobility, independence, and ability to participate fully in daily life. As a result, a large number of patients remain underserved due to the high cost and discomfort associated with traditional prosthetic solutions.

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LO-PLEG provides an affordable and personalised solution through the use of 3D printing technology, allowing each prosthetic leg to be tailored to the individual patient’s needs. Its lightweight and structurally stable design ensures durability and comfort, while its ergonomic form supports everyday activities such as standing, walking, and movement with ease and confidence.

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The innovation of LO-PLEG lies in its use of 3D printing technology to create fully customisable, low-cost prosthetic legs tailored to each user’s specific needs. This approach allows for rapid, precise production of lightweight and durable prostheses that provide greater comfort and functionality compared to conventional options. By combining affordability, ergonomic design, and personalisation, LO-PLEG makes quality prosthetic solutions accessible to lower-limb amputees in low-resource communities, significantly improving mobility and independence.

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