3D printing has become an invaluable way of helping people with disabilities. It’s an inexpensive method of creating assistive devices that can be easily personalized to the user, and many people, from professional occupational therapists to everyday makers, have taken advantage of the technology to create inventive devices to help those in need. Pôle-Ergo is a group of French occupational therapists dedicated to improving the lives of disabled people through assistive devices and other alterations to daily life, and in the past has taken advantage of 3D printing to create some of those devices: a wheelchair joystick, for example, and a universal wireless switch.
Now Pôle-Ergo has taken on a new project: an adaptable switch or contactor, which is a button commonly used for people with disabilities to access electronics. The button transforms motor gestures without precision into signals that can be interpreted into signals used by computers, tablets, mobile phones or other devices. These contactors are frequently used in the occupational therapy field, but according to Pôle-Ergo they can be difficult to use when they aren’t designed to meet the specific needs of the individual user.
Thus, Pôle-Ergo created a 3D printable contactor that can be modified according to the user’s motor characteristics, habits or tastes. The various parts of the contactor assemble like Legos, with a series of options that allow it to respond to any potential situation.
“As an occupational therapist, I regularly use commercial switchs, however, if they are suitable most of the time, I have sometimes difficulty finding the right one hence the idea of being able to personalize them according to the particularities of the people concerned,” Guy Ehretsmann of Pôle-Ergo told 3DPrint.com.
The project offers several options, all available on Thingiverse. There is an ergonomic edge and multiple options for ergonomic buttons, as well as a GoPro mount. Users can easily try out different designs before deciding on one that is right for them. Some inexpensive hardware is required: an internal button and mini jack cable will cost about $2.00, while the GoPro supports could run anywhere between $10 and $30.
Assistive devices like these are remarkably easy to make, and innovative makers and designers are coming up with new options every day. Competitions have even been launched for the purpose of sourcing new ideas for assistive devices, both basic and advanced. The ideas that people come up with for these competitions are truly remarkable, and could really change lives if they were implemented. Outside of these competitions, however, there are still plenty of people who are coming up with designs on their own, like Pôle-Ergo.
The 3D printable contactor they came up with isn’t fancy or flashy, but it could give disabled people access to all sorts of technology. For those without disabilities, it is difficult to imagine the frustration of struggling to do something that others do easily without a thought, and especially the frustration of struggling with assistive devices that are meant to help but aren’t customized to one’s specific needs. Pôle-Ergo’s project allows people to have access to technology in a personalized way, to create something that fits their needs and optimizes their comfort.
You can learn how to assemble the contractor below:
Discuss this and other 3D printing topics at 3DPrintBoard.com or share your thoughts below.[Images: Thingiverse]
You May Also Like
Stratasys & DSM Venturing Lead $12 Million Round in Support of Inkbit
Stratasys and DSM Venturing (venture capital arm of Royal DSM) lead the way in yet more financing for startups, acting as the major sources of funding support of $12 million total,...
Desktop Metal Reports Total Investments Up to $277 Million Following Close of $65M Funding Round Led by Ford Motor Company
Metal 3D printing leader Desktop Metal, based out of Burlington, Massachusetts, first drew headlines back in 2015. The company was raking in millions of dollars in investments from some big-name companies,...
OxSyBio Raises £10 Million in Series A Financing for 3D Bioprinting Platform to Solve Donor Organ Shortage
In the field of 3D bioprinting, the major, overarching goal is to be able to fabricate functional 3D printed human organs. Many bioprinting companies, such as Organovo and Aether, are making...
Create it REAL Closes Successful €1.3M Investment Round, Focuses on 3D Printing Speed and Security
Danish R&D company Create it REAL specializes in additive manufacturing, and uses its unique development platform to create 3D printers on-demand for companies interested in disrupting and driving their industries...
View our broad assortment of in house and third party products.