
Max Le Moine
Industrial Designer
Winner of the Future of Housing Award presented by Metaloq at ACIDO's Rocket Competition.

Incluze
Adult-Sized Change Table
Capstone, 8 Months



Project Initiation
The project started with exploring the idea that there is an aesthetic difference between products and services that are deemed to be “Accessible” and those that are not. Accessible products are often designed as medical devices, focusing on function over form. Designers wanted to use Material-Led Design to make an accessible product that blended aesthetics and functionality.
Research was inspired by this concept and “Stakeholder Tree". User interviews, field research, and secondary research was used to investigate this problem and form a solution.
Problems


Accessible design often forgets aesthetics, creating both physical and social barriers for people with disabilities and their loved ones. In addition, most Adult-Sized Changing Tables are wall-mounted on a long side, limiting access and usability.
Research
Health and Safety
Marketing
Aesthetics
Designers consulted healthcare, education, and accessibility professionals, as well as users, to gather insights on health, safety, marketing, and aesthetics. This data guided the project.
Users

Users include individuals who use catheters, need to lie down for toileting/changing, or wear incontinence briefs. They are typically assisted by paid caregivers, family, and/or friends.
Concepts
Research was used to inspire sketching and concepts for the design. This started with applying a new aesthetic design to the existing Adult-Sized Change Table Design. In addition, small changes were considered to improve the functional elements. After re-evaluating the project, designers completely re-designed the product. This incorporated a similar mechanism to a Murphy bed as shown below. Tweaks were made after the concept stage to improve the design.




Ergonomic Model
To test the human factors, an ergonomic model was constructed out of recycled 2x4”s and plywood. The model was carefully planned out, using dimensions from the Accessible Canada Act and digital sketching. Once the model was planned with a cut list, designers went to work to construct the model to hold humans and simulate the movement of the concept, with door hinges. Grab bars with railings were added to the frame.
Mechanisms
Gate Redesign: A decision was made to forego the gab bars to integrate the hinge and gate lock into the table.
Lock: Controls the movement of the drawer and leg at different parts of the use cycle.
Lift/Rotation: Allows the table to move up/down and be deployed/folded.


The table is raised to the caregiver’s waist height for changing. The gates can be left up or folded down as needed.
The caregiver unfolds the product and helps the user transfer to the table. Transferring can be done by sitting on the table, laying down, and sliding the drawer under the user’s legs.
Persons with disabilities and caregivers enter the bathroom while the product is folded. Ample room is given to maneuver a mobility device in place.
Use
Transfer
Approach

Motor Subassembly
Traveler Subassembly
Gate Subassembly (x2)
Table Subassembly
Drawer
Subassembly
Lock
Leg Subassembly
Remote
Subassembly

Solid Surface
Hygienic while being made of recycled materials.

Wood Vaneer
Accent material that blends into Biophilic Interior Design.

Leather Vinyl
Soft material that is hygienic and lightweight.

Frosted Acrylic
Light-weight material that contrasts well with other features.
