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Monash Art, Design and Architecture Graduate Exhibition 2023

The use of a walker or cane often places significant strain on the hand and wrist, potentially leading to discomfort caused by wrist weakness or the overloading of joints and muscles. Recent research indicates that 24% of individuals over the age of 65 require the use of a mobility device, with approximately half of them experiencing arthritis.
The Marowalk utilizes a lattice structure to provide wrist support, easing the impact of wrist arthritis and optimizing ergonomic design. The structure has been fully optimized using a topology optimization algorithm to reduce weight and enhance stiffness. It also incorporates EL (Electroluminescent) wire lights located at the center of the handle.

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Topology Optimisation for the structure design

The legs of the walking cane are fully Optimized Using the Fusion 360 generative design method. The image shows iterations of the leg design.

Wrist close-up shot with the lattice structure

Both the lattice support and handle are printed using SLS (Selective Laser Sintering) 3D printing technology. The incorporation of a hollow structure enables fast convection, enhances friction for improved handling, and reduces sweat accumulation.

close-up shot of the handle design

EL (Electroluminescent) wire lights

Marowalk incorporates EL (Electroluminescent) wire lights located at the center of the handle, offering three modes: steady on, slow flashing, and quick flashing. These lights help users be better recognized in dark environments, preventing unexpected injuries.

Marowalk in use

Marowalk in home setting

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