Michael P. Bourque’s Post

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Designing the future

Eric Huber showed me this clever design and I just had to reverse engineer it. Done in Creo+

3d printed

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Here are the models…

Mohammad Zainullah Khan

Mechanical Engineer | Robotics, Design & Automation | Masters '24 | 🏅Gold Medalist

1w

And it goes through it without any interference? That is surprising

Chirag Rao

Technical Specialist

1w

I’ve seen this amazing concept, have you 3D printed it?

Kyle Davidson

Helping companies adopt High-Temperature AM @ AON3D

1w

have a 3MF to share?

Aravinth kamaraj

Additive Manufacturing Engineer | Research and development | Manufacturing Engineering | Metal 3D Printing | Advanced manufacturing

1w

i was thinking to model this weekend .you are too quick Michael P. Bourque :) 😀

Creo+... Hmm.. what is it :)

Jim Sickorez

Principal Owner, College Planning Solutions

1w

That is awesome and it's great to see in the comments how many see an application for it just by you SHARING your talents...Amazing work once again!!

Aaron Billet

Futurist/Inventor (Mat. Sc., Telecomm.+ Alt. Energy) Spanish Interpreter/Teacher, Chef Instructor and Workforce Dev.

1w

These could be used as conical auger bits on the end of a snake, or as a drill head which could be chased by a congruently shaped brush/cleaning system. Much like a TBM is driven into the side of a wall during tunnel construction, a series of these along a central wire structure could also produce continuous boring which could leave bits behind as it backs out. This could create an amorphous reinforcing system as "conical rebar". In addition, they could be used to serve as reference points for autonomous time series training data for automated machinery. Additionally, they could be remotely drilled shape charges for even more precisely controlled implosion processes.

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