How To Reposition Your Ender 3 Plus Runout Sensor
Watch our YouTube video to learn how to reposition your Ender 3 Plus runout sensor Click Here to Download 3D Part Factory STL Files Powered by
Improved Upside Down AMS Lite Dry Box
The Bambu AMS Lite is a great way to get into multicolor printing, but keeping the spools dry can be a challenge. Our Improved Upside Down AMS Lite Dry Box may be just the thing to keep your spools dry.
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Improved AMS Desiccant Pods
The Bambu AMS Lite has a sealed spool chamber and some ability to hold desiccant. Our Improved Desiccant Pods add more desiccant with pods designed to improve air flow over the desiccant beads. Give it a try and let us know how it works!
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Upside Down AMS Lite Dry Box
While our original AMS Lite Dry Box for your Bambu AMS Lite did a great job, we heard from users that ease of access to filament spools could be improved. Take a look and see if you agree. If you like this idea you may also want to check out our Improved Upside Down Dry Box video.
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Yet Another Method to Clean Your Build Plate
Ask someone how to clean your build plate and they usually say the same thing – hot water and Dawn dish soap. We’ve tried that and it works OK, but we think our method is more effective and more reliable. Give it a try and let us know what you think!
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Filament Dryer Box Hygrometer
It’s always nice to know what the humidity inside your AMS, AMS Lite or filament storage box. Here’s an easy way to mount a hygrometer so you can easily see the reading.
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AMS Lite Dry Box
This is our original dry box for your Bambu AMS Lite. It’s a solid design that works well. After taking a look you may want to watch some of our other Bambu AMS Lite dry box videos.
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Desiccant Tray Project
Filament Dryer Box With Removeable Desiccant Tray Watch our YouTube video to learn how to build a removeable desiccant tray to make your own your filament dryer box Click Here to Download STL Files and Parts List Powered by
Flexible Filament
Flexible Filament When people think of 3D printing they think of parts or objects made using rigid (stiff) materials. It’s natural since we associate the word ‘plastic’ with rigid objects like water bottle, drinking cups, spoons and mice (the computer kind) to name a few. But 3D printing filaments also comes in flexible varieties called
3D Printing Strength
3D Printing Strength Once a designer has created a model to be 3D printed we need to determine how strong the model needs to be. Generally this is determined by how the model will be used. Perhaps the model is statue that sits on a table. In this case strength is not critical. Perhaps the
Design for 3D Printing – Orientation
Design for 3D Printing – Orientation In a prior blog I wrote about overhangs, the problems they present and how to avoid them. If you haven’t read that I suggest you start there first and then come back here. The “print orientation” of a 3D printed part is very important as it determines the plane
Design For 3D Printing – Overhangs
Design For 3D Printing – Overhangs It would be nice if every model were easy to 3D print, but the fact is that some models are easier to print than others. Today we’ll look at one of the challenges when printing a 3D model – overhangs. 3D printers deposit filament (plastic) in thin, horizontal layers. The
3D Printing Materials (PLA PETG ABS) – What to choose and when to use
3D Printing Materials (PLA PETG ABS) – What to choose and when to use 3D printers use a process called Fused Deposition Modeling (FDM for short). FDM is a process by which a thin strand of plastic is forced through a hot nozzle (aka extruded) and deposited on a flat surface. The model itself is built up