It's Your Design

Customized simulation equipment for the modern learner.

The Best 3D Printed Face Shield

Short Print Time. Simple. No cutting holes, no fancy parts.

Tourniquet controls tension in the back. Mylar slides into the top groove securely, and can slide out to be cleaned.  I'm an ER doctor & mechanical engineer and I tried over 40 designs put out there; this was the best of all the greatest features. 

https://drive.google.com/file/d/1falj4X_i_isqRzAV0s-HT01ML62UHMMy/view?usp=sharing

Build, Assembly, Use of COVID Intubation Tent/Shield

Customizable Fluid Pump / Ultrasound phantom pump (blood flow, heart beat, ultrasound doppler module)

Customizable Fluid Pump / Ultrasound phantom pump (blood flow, heart beat, ultrasound doppler module)

$500.00 Sale

Programable pump. Can be turned on/off and modified with any bluetooth enabled device (cellphone or tablet or PC/MAC). You can control the heart beat and pulsatility (to generate arterial vs venous flow patterns).

Can be used with ultrasound guided IV phantoms, central line phantoms, IV and ABG trainers, LP trainers and anything else you want to generate pulsatile flow through.  If you want to do an experimental setup for customized simulation this is your baby!

Make any limb on any mannequin bleed at a touch of a button!

Includes pump, 100cc and 1000cc IV bags. Assorted tubing and fitting so you can build your own flow setup.

NOTE: The first 10 units are prototypes, sold at COST; we make no profit on these first units. I'm trying to get fancier with my products; so here goes. They have been tested to run without issue for extended periods of time; and we will repair structural issues or update the software without fail so long as you have have the pump. Once the first 10 unit are in use, and we've collected some feedback we will make a generation 2.

Product Demos

Variable Layers

because not all tissue is the same

Customized Skin Tones

because we're all different

Wounds

made your design, for your patients

Affordable Task Trainers

one for each student, so we can learn together!

Making a Safe Intubation Space for COVID Intubations: A covid intubation tent

Innovation Corner for Intubation

Innovation Corner for Intubation

Anesthesiologists in Tiwain making a rigid acrylic box (looks they cut some holes out of an aquarium. Those arm holes are sharp; and this design do...
Creating a Biohazard Space for COVID19 Intubation: A covid intubation tent / box

Creating a Biohazard Space for COVID19 Intubation: A covid intubation tent / box

Much like a biohazard hood; 2 principles are used negative pressure (pulling bad stuff away from you) directionality shielding (a clear shield pro...
The Need: Intubating these patients is dangerous for staff

The Need: Intubating these patients is dangerous for staff

  Everytime we intubate someone we aerosolize the virus.  A virus that now is floating in the air and can be easily inhaled. No longer just a "dro...

Review of 3D Printed Face Shields

References

1) Tarek's design; the best I could find

https://glia.org/

2) Pruse; a 3d printing company,  very open source with their work and lots of remixes

https://www.prusaprinters.org/prints/25857-prusa-protective-face-shield-rc1/files

3) Budman; a 3d printer company who modified the original design from China and put it out there and started making it

https://budmen.com/

4) Original article showing first use (and so I give them all the credit)

https://www.scmp.com/news/hong-kong/health-environment/article/3052135/polytechnic-university-lab-3d-printing-face

COVID 19 -- REVIEW OF 3D Printed Face Shields

Design: Henneman v2 3d Printed Face Shield

Design: Henneman v2 3d Printed Face Shield

    Visor Style (same base unit with 2 links in the back) Type A: Simple groove (best for rubber bands or other wrap around elastics) Type B: Wea...
Design: Henneman v1 3D Printed Face Shield (no need for holes/clips/bands)

Design: Henneman v1 3D Printed Face Shield (no need for holes/clips/bands)

  Glasses Style Pros: No need for elastic band; less parts Extremely lightweight; Easy to assemble/dissasemble; parts can be thrown into a bucket ...
Cleaning 3D Printed Face Shields

Cleaning 3D Printed Face Shields

CDC Recommendations https://www.cdc.gov/coronavirus/2019-ncov/community/organizations/cleaning-disinfection.html 70% alcohol OR Bleach Diluted ...
Design: Tarek v2 3D Printed Face Shield

Design: Tarek v2 3D Printed Face Shield

  Pros:  Simple unibody approach Mylar sheet slides into the fitting without need for modification (holes/shaping) -- gribs very tight; thus a pa...
Suggested Parts & Suppliers 3D Printed Face Shield

Suggested Parts & Suppliers 3D Printed Face Shield

Plastic Sheet Most people seem to be using a 12x12" mylar sheet; they are available at most craft stores and Amazon.com -- its a thin plastic, ve...
Design: Tarek 3D Printed Face Shield

Design: Tarek 3D Printed Face Shield

  Pros: weight is born on the nose and ears instead of relying on a strap; although there may be a strap on the back of this unit; I can't tell -...
Design: Polytechnic University 3D Printed Face Shield

Design: Polytechnic University 3D Printed Face Shield

  Pros:  This appears to be the earliest 3D printed visor openly shared; the article was published Feb 25, 2020 and they had already made hundred...
Design: Prusa 3D Printed Face Shield

Design: Prusa 3D Printed Face Shield

Pros: Early to publish work Prints faster than others; someone spent time trying to minimize build time & tried to avoid support need Visor is...
Design: Budmen 3D Printed Face Shield

Design: Budmen 3D Printed Face Shield

 Pros: Early to publish STL Parts snap on Visor is durable; I manhandled it and dropped it a few times and it did fine Cons: Clearly a adaptati...