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Author Topic: Custom Systainer inserts using 3D printing  (Read 9023 times)
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fritter63

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« Reply #30 on: February 28, 2012, 04:23 PM »


Thanks for bumping this thread, I hadn't read it till now.

3D printing and other "personal manufacturing" technologies are going to create an interesting future for us all. There'll be a point where it'll sweep through both the small inventor and modeller space ... then expand, as technology permits, to places we can't today imagine.

The world of copyright is also going to get smashed.

Take a little example ... imagine the tiny plastic figures used on some of the strategy board games ... then imagine cheap bulk 3D print material from China with appropriate 3D print data to make them  Eek!

I can't wait for the technology to be cost viable - but I don't think any of us truly understand the changes it could bring about.

Consider a continuous length 3D printer, capable of producing decorative cornice or skirting ... all of a sudden your profiles can have complex multidimensional surfaces ... the can be customised for corners, etc. We're standing on the very tip of the iceberg!
 

Agreed. One of the "biggies" I think is work that has been done on a large 3D printer that extrudes concrete..... to print houses.

I'm hanging on to my 3D printing stock options.
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Rob Lee
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« Reply #31 on: February 28, 2012, 07:31 PM »

Hi -

This is something we've actually done.... printing custom inserts for Tanos cases. It's not cost effective really, but sure helps prototype quickly.

We also use our 3D printer (soon plural!) to print production go/no-go gauges for lower tolerance work (wood, mostly), and have actually printed limited run tooling/fixturing....

It's a very handy capability!

Cheers -

Rob
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Richard/RMW
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« Reply #32 on: February 28, 2012, 11:21 PM »

Hi -

This is something we've actually done.... printing custom inserts for Tanos cases. It's not cost effective really, but sure helps prototype quickly.

We also use our 3D printer (soon plural!) to print production go/no-go gauges for lower tolerance work (wood, mostly), and have actually printed limited run tooling/fixturing....

It's a very handy capability!

Cheers -

Rob



Rob,

I have been looking at various DIY 3D printers recently but have not found much info about the quality/tolerance/resolution or whatever it is called. Can you share anything from your experience?

Specifically I have been playing with milling various components that mount to the t-slot on a guide rail. Is 3D printing up to this? I am aiming for a tolerance of +/- 0.12mm/0.005".

Also curious about surface finish or roughness due to printing in layers.

Thanks,

RMW
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mikeneron

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« Reply #33 on: February 28, 2012, 11:28 PM »

Very cool technology indeed.  The possibilities are really endless for this.  Think of all the accessories and jigs you could make with this.
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fritter63

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« Reply #34 on: February 28, 2012, 11:45 PM »


Also curious about surface finish or roughness due to printing in layers.



Faballo on printing resolution

From the MakerBot Replicator page:

• Layer thickness: Choose .2-.3mm with stock nozzle.
• Stock nozzle diameter: 0.4 mm
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