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Splint for injured finger (research only)

by ianmac43, published

Splint for injured finger (research only) by ianmac43 Dec 13, 2012

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Description

Finger Splint:

With the supervision of Dr. R. Siderits, I have designed a prototype "finger splint". This project offers a parametric file describing this object. It is intended to demonstrate the practicality and feasibility of “3-D printed medical devices”, and to facilitate Thingiverse design derivatives of the parametric file.

The appropriately stringent oversight for design, production, manufacture, distribution and use of the medical devices is not addressed in this project. This project is for research use only.

Finger splints can come in many shapes and sizes. A finger splint immobilizes a finger or joint after an injury. Countries with restricted economies and open boarders may use this type of “Field Splint” as a convenient and inexpensive temporary stabilization device. This file describes a “Field Splint” that can be scaled on any axis and printed using ABS Plastic. Depending on the platform up to 30-40 splints can be printed in one “Run”. Each of these can be scaled independently.

This approach may offer an opportunity to provide standardized devices for clinics, remote hospitals as well as field first aid posts. The cost for each splint would be less than 2 cents worth of ABS plastic. A single small 3D printer could conceivably print thousands per year. Once the file is downloaded the splint can be scaled on any axis to fit any finger properly. This research project would be used for emergency field “dressing” and stabilization. Any medical dressing should be used only under the supervision of a qualified medical practitioner.

Here is a link to the Design Process http://www.youtube.com/watch?v=IJCgFzIUApA

The finger bones used in the bones.jpg have been used from

http://www.thingiverse.com/thing:15342

This project is supervised by Dr. R. Siderits, under the Experimental pathology division - Mentored research program -"Device challenge".

3/19/13

I have recently been in my local Science and Engineering Fair for this project. My title was 3D Printable Medical Devices as Used to Create a Field Splint at an Affordable Price. At the fair I won:

1st place for Science and Engineering Fairs United States Army Award form the United States Army Awards Program

2nd place in the Senior Division in the field of Engineering Materials and Bioengineering.

Certification of Achievement from United States Department of the Army, Army Awards Program.

Certificate of Achievement from United States Department of the Air Force Science Fair Program.

Recent Comments

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Thank you for your comment. I have designed prototype "finger splints". These files describe "Field Splints" that can be scaled on any axis and printed using ABS Plastic. The splints can be scaled to an size, width and even angle to fit the injured finger and specifications to heal the injured finger.
disqus.com/thingiverse-fdb974d8576b9e9ad2eb32a475b0fc1a/ Thank you for your comment. I have designed prototype "finger splints". These files describe "Field Splints" that can be scaled on any axis and printed using ABS Plastic. The splints can be scaled to an size, width and even angle to fit the injured finger and specifications to heal the injured finger.
Consulting with a doctor, I'm told these splints are not a good idea because it holds the fingers straight -- they have to be held in rest position or the ligaments will heal too tight to comfortably move.

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Instructions

Instructions for use: There are indiividual parts and a combined version.

  1. Down load the parametric file.
  2. Load file into 3-D printer program
  3. Scale file on the x, y or z axis
  4. Choose the number of copies to be printed
  5. Scale each of these independently as needed
  6. Print the objects
  7. Remove the small amount of support material for overhangs.
disqus.com/thingiverse-fdb974d8576b9e9ad2eb32a475b0fc1a/ Thank you for your comment. I have designed prototype "finger splints". These files describe "Field Splints" that can be scaled on any axis and printed using ABS Plastic. The splints can be scaled to an size, width and even angle to fit the injured finger and specifications to heal the injured finger.
Consulting with a doctor, I'm told these splints are not a good idea because it holds the fingers straight -- they have to be held in rest position or the ligaments will heal too tight to comfortably move.
Thank you for your comment. I have designed prototype "finger splints". These files describe "Field Splints" that can be scaled on any axis and printed using ABS Plastic. The splints can be scaled to an size, width and even angle to fit the injured finger and specifications to heal the injured finger.
Please leave comments, if you have downloaded the splints, on how they are working and what you think about them!!!
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