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Blood lancing device holder

Engineering to the Rescue: A 3D-Printed Finger Prick Solution for Diabetic Patients with One Arm or Motor Impairment
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updated September 26, 2024

Description

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The context

As engineers, we are passionate about using our skills to solve real-world problems. That's why we were excited to develop a 3D-printed finger prick solution for diabetic patients with one arm or motor impairment.

The question arrived to us from the AZ Sint-Maarten hospital in Mechelen, Belgium. Traditional lancing devices are difficult to use for people with one arm or motor impairment (e.g., ALS, MS), as they require two hands to operate. This can lead to frustration and missed tests, which can have serious consequences for blood sugar management. They even require family members to frequently visit for the simple act of checking their blood sugar.

The solution

Our solution is a simple, yet effective device that allows diabetic patients with one arm to prick their finger and test their blood sugar with ease.
The 3D print is tailored to use the FastClix Lancing device from Accu-Chek. The device is 3D-printed and completely free to print for everyone.

In addition, some beta patients also reported that it's just convenient to have the blood sampler in a dedicated place. Therefore, we also developed a case for mounting it or for carrying it with you.

We are proud to have developed this solution, which is helping to make diabetes management easier and more accessible for people with one arm. We are committed to using our engineering skills to solve real-world problems and make a positive impact on the lives of others.

DISCLAIMER: This is not a medical product, but just a hobby project. We do not take any responsibility for any injuries as a consequence of using the holder.

How to print

The blood prick holder consists of two components:

  • Holder (Blood-pricker-holder.3mf)
  • Dove (Blood-pricker-dove.3mf)

We recommend to print this model with an infill of 15% with PLA or PETG (stronger, but tweaking of the print tolerance is necessary). Use a print orientation as shown below:

Contact

If you have any questions, suggestions, or remarks, please feel free to contact the iMagineLab developers:

In collaboration with

Model origin

The author marked this model as their own original creation.

License