3D-Printed Universal Adaptive Holder for Differently abled People
Technology
Centre for Allied Health & Pharmacy Excellence
National Healthcare Group
31 December 2023
Create a versatile, affordable, and customizable 3D-printed adaptive holder to assist individuals with disabilities in. The 3D-printed adaptive holder successfully assisted individuals with disabilities, demonstrating potential for scalable production.
Year Submitted: 2023
Published Date: 31 December 2023
Tags: Technology, Prototyping Resources
About this Content
Aims
Create a versatile, affordable, and customizable 3D-printed adaptive holder to assist individuals with disabilities in self-care tasks like feeding and grooming.
Background
Current adaptive devices are expensive, not customizable, and limited in flexibility. Locally available options often don’t meet users' diverse needs.
Methods
Iterative 3D printing prototype design. User feedback collected via DSRB-approved usability testing. Prototypes refined based on user input.
Results
12 participants tested the device. 75% found it user-friendly and reported improved independence. Design modifications reduced weight and improved ease of use.
Conclusion
The 3D-printed adaptive holder successfully assisted individuals with disabilities, demonstrating potential for scalable production and clinical use.
Lessons Learnt
Collaborative decision-making was key. Challenges included clear vendor engagement and balancing user feedback with technical feasibility.
Additional Information
Funded by Centre for Allied Health & Pharmacy Excellence (CAPE).
Keywords
Innovation, Usability Test, 3D printing
Innovators' Details
Innovators' Details
Healthcare Cluster(s) | National Healthcare Group |
Organization(s) Involved | Tan Tock Seng Hospital |
Platform(s) | Centre for Allied Health & Pharmacy Excellence |
Healthcare Professional Group(s) | Allied Health, Medical |
Applicable Specialty or Discipline | Rehabilitation Therapy, Medical ＆ Laboratory Technology |
Project Lead(s) | Tay Ming Min |
Project Member(s) | Chung Kai Siang |
Connect with this contributor!
Tay Ming Min - ming_min_tay@ttsh.com.sg
Project Attachment
503_TTSH_CAPE_Grant_3D_Printed_Universal_Adaptive_Holder_for_Differently_abled_People.pdf