Enclosure – Lannix Design https://lannixdesign.com.au Welcome To Lannix Design Wed, 09 Aug 2023 06:49:16 +0000 en-US hourly 1 https://wordpress.org/?v=6.6.1 https://lannixdesign.com.au/wp-content/uploads/2023/07/cropped-LD_Logo3-32x32.jpg Enclosure – Lannix Design https://lannixdesign.com.au 32 32 3D Printer Emissions https://lannixdesign.com.au/2023/04/12/april-2023-3d-printer-emissions/ https://lannixdesign.com.au/2023/04/12/april-2023-3d-printer-emissions/#respond Tue, 11 Apr 2023 21:30:20 +0000 https://lannixdesign.com.au/?p=3555

Since the birth of my son I have been increasingly concerned about the release of toxic fumes while our 3D printers are running. Those who have read our blog posts on building our 3D printing enclosures will have seen the ducting system that was designed and 3D printed for it. 

While that system works reasonably well, it is not perfect and occasionally the faint smell of the fumes can be detected. I’ve come to realise that the blast doors implemented in the system are ok for dust collection where larger particles are involved but are not ideal for extracting fumes. The lack of airtight sealing around them leads to fumes escaping.

I recently came across this document from UltiMaker that outlines the most effective ways to extract fumes from their 3D printers and it’s given me some helpful ideas on how to improve our current system.

If you’re interested in dealing with 3D printer emissions yourself follow the link below to read Ultimaker’s guide.

Link here.

IMG_20210719_163324.jpg

The current air filtration system in our 4 printer cabinet.

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April 2021 – The Beginning https://lannixdesign.com.au/2021/04/10/april-2021-the-beginning/ https://lannixdesign.com.au/2021/04/10/april-2021-the-beginning/#respond Fri, 09 Apr 2021 21:30:03 +0000 https://lannixdesign.com.au/?p=1313

COVID 19 has affected us all in some way.  Lannix Design was created in response to the uncertainty that the pandemic has brought with it.  The business has been created as a way to turn what was a hobby into a real business.

3D printers can be temperamental and are affected by temperature and humidity fluctuations.  In order to make the end product more consistent and of a higher quality,  an enclosure is required to insulate the machines from these atmospheric changes.

Stage one of the enclosure’s implementation is now complete and has made a huge difference to print quality.  Check out some of the images below which include some 3D printed templates and brackets that aided in the construction of the enclosure.

Future additions to this project will include an air filtration system governed by a microcontroller.  This will allow the use of filaments which emit unpleasant fumes, which will be captured in activated carbon and HEPA filters.

Design concept – 3D printer enclosure/laser cutter bench

Gallery - 3D printed parts to make 3D printed parts!

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