March 11, 2020
If you're printing in materials other than PLA, you probably noticed that your print either doesn't stick to the bed or warps some time into the job. It's natural for material to do because when hot filament comes out of the nozzle and cools quickly, it tends to shrink. There are a few ways to mitigate those effects:
If you are using an Ultimaker then you're using a glass plate. Some printers like the Lulzbot have a PEI sheet on them and other printers may use something else.
Glass is simple, take it to your dish washing station and scrub it clean with some soap and water. Dry it using paper towels and try your hardest not to touch it! Our fingers are oily and filament doesn't like oily glass.
Nine times out of ten when we're printing with PLA, this method works well.
A brim is a small extension to your part that comes off easily after the job finishes. The light blue you see in the picture below increases the surfaces area of your first layer to mitigate the shrinkage effect some materials have.
We also found that the default initial layer height of 0.2mm-0.27mm is sometimes too far away from the bed for a good first layer. You can simply change that in your preferred slicer by locating the "initial layer height" option.
* Note that sometimes this may have the undesirable effect of bonding extremely well to the build plate. Be careful when removing prints! *
We carry Magigoo and Dimafix and found what works better based on the material used.
It's recommended to wash and reapply the adhesive aid before every print for maximum reliability but we found that we can go for 3-5 jobs without reapplying.
Clean the build plate and apply these adhesives when the bed is at room temperature and make sure to let the bed cool to room temperature before removing the part. We usually have more than one glass plate per printer to improve our machine up-time.
* Notice that printers with PEI/Buildtak sheets may experience different results with these adhesives. *
February 07, 2020
December 19, 2019
November 15, 2019
This hexagon and hole design is used to create clamping points on your 3D printed part. It is a method of introducing threaded holes to your design by means of a nut and a bolt! It allows you to securely and reliably join two different parts together (ex. two-part enclosure, or a two-piece mold).
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