3D Printing Fun

GoingMyWay

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Oct 11, 2017
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Location
Northern Virginia
I bought a Bambu Labs P1S back in January of this year and I've been having so much fun printing all sorts of things.

Holder for grocery bags

bagholder.jpg

Dyson Airwrap wall holder

dysonholde2.jpg

Vacuum attachment for Festool hose

festool_vac.jpg
Holder for take out soup lids
lid_holder.jpg

Placker dispenser
placker.jpg

Cabinet door spray bottle holders
20250620_162420.jpg
20250620_162431.jpg
 
Thanks, 3D printing is so awesome! When I first heard about 3D printers I thought they were a gimmick or just a toy, but it's actually so useful. I'm still so amazed that I can find an .stl file online and have an actual tangible physical object in my hands in literally no time at all.
 
Unfortunately, I don't believe it is anti-static. I think there might be some filaments that are anti-static, but I printed this with regular (cheap) PLA. I wasn't sure how big of a deal the potential static build up might be.
 
Well, I needed sliding doors for a build. Nothing seemed suitable. All heck, I'm printing finger pulls anyways, might as well print the rails too.

IMG_20250718_204302.jpg
 
This discussion certainly struck a chord with me...for those newbies out there, there was a time when 3D printing was considered cutting edge technology for prototyping shops. Now it's just a commodity item similar to an ink jet printer or a roll of masking tape. :)

For those interested, I was 1 of 6 engineers in a small company that serviced the semiconductor industry. Anyone familiar with the semiconductor industry knows their only mantra is FASTER...FASTER...and then...FASTER yet.

At the time, our model shop only had 2 Bridgeport mills which needed 2 full-time operators and it needed to service all 6 engineers on an equal basis. To make a very, very long story short, we needed to somehow support all 6 of the engineer's needs with only 2 Bridgeport mills. My solution was to write up a budget exception for the model shop that would allow them to purchase a 3D printer and which would lighten the load on the Bridgeport mills. The usual stuff produced by the model shop were all prototypes and they were mainly centered around feasibility studies and not necessarily working prototypes, but there were exceptions.

The interesting thing to note is that I wrote the budget exception in 1998 for a 3D printer that cost $110,000 that only produced cheesy plastic parts. The budget exception was approved because once the 3D printer was locked & loaded, the machinists could go back to doing their job with the Bridgeports.

How times have changed...anyone care to purchase a used 1998 3D printer for only $75,000?
 
Well, I needed sliding doors for a build. Nothing seemed suitable. All heck, I'm printing finger pulls anyways, might as well print the rails too.

View attachment 376952

Great idea to print the finger pulls!

This discussion certainly struck a chord with me...for those newbies out there, there was a time when 3D printing was considered cutting edge technology for prototyping shops. Now it's just a commodity item similar to an ink jet printer or a roll of masking tape. :)

For those interested, I was 1 of 6 engineers in a small company that serviced the semiconductor industry. Anyone familiar with the semiconductor industry knows their only mantra is FASTER...FASTER...and then...FASTER yet.

At the time, our model shop only had 2 Bridgeport mills which needed 2 full-time operators and it needed to service all 6 engineers on an equal basis. To make a very, very long story short, we needed to somehow support all 6 of the engineer's needs with only 2 Bridgeport mills. My solution was to write up a budget exception for the model shop that would allow them to purchase a 3D printer and which would lighten the load on the Bridgeport mills. The usual stuff produced by the model shop were all prototypes and they were mainly centered around feasibility studies and not necessarily working prototypes, but there were exceptions.

The interesting thing to note is that I wrote the budget exception in 1998 for a 3D printer that cost $110,000 that only produced cheesy plastic parts. The budget exception was approved because once the 3D printer was locked & loaded, the machinists could go back to doing their job with the Bridgeports.

How times have changed...anyone care to purchase a used 1998 3D printer for only $75,000?

Thanks for sharing that Cheese! Wow that was a lot of money! I bought my Bambu Lab P1S with AMS for under $850 in January.
 
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