Photoshop is a big, complex piece of software. You’re not going to learn everything about it in a day or even a year, but that’s OK — you have to start somewhere!
In the Camera Raw environment, you can make all kinds of adjustments to color, contrast, etc. There are many ways to do this; it’s more art than science. Here’s a basic workflow for processing raw camera files:
Before you start
Set up your work environment to reduce glare on your monitor.
Turn up the monitor brightness so that the display is easy to see (if working on a laptop, plug in your charging cable).
Wipe your monitor clean of dust and junk.
Import your images into the Camera Raw editor
Copy your images from the camera’s SD card to your computer. They will appear as Raw files with an extension like .CR2, .NEF, etc.
Select the camera image files you wish to work on
Right-click on them and open with Photoshop
The Camera Raw environment appears
Adjust white balance
Expand the Basic controls and find the White Balance settings.
Select Custom white balance, then click on the eyedropper icon
With the eyedropper tool, select an area of your image that should be pure white. This could be the white patch of the color chart. Neutral gray works too.
Enable Remove Chromatic Aberrations (fixes color artifacts introduced by the lens)
Through the magic of XMP metadata, Photoshop knows what kind of camera and lens the image was made with, and applies appropriate corrections. This is especially helpful when shooting flat artwork.
Click on Open to continue working on the image in Photoshop.
Or just save it to native Photoshop format (.psd) to “bake in” your adjustments. The Raw file remains untouched.
The changes you made in the Camera Raw environment are saved in a separate “sidecar” file with the .xmp extension.
The next time you open the Raw file, it will come up with your saved settings applied, as long as the .xmp file is still present in the same folder. This allows you to non-destructively edit your settings later!
To revert the raw file to its original state, simply trash the .xmp file.
The .xmp file is just a bunch of xml. You can open it with a text editor and see what sort of info is getting saved, if you’re interested.
Save your 3d file in .stl format and copy it to cadet.
Make sure the printer platen has a clean modeling base on it (the removable black plastic tray)
Printer should be powered on with LED showing steady green.
Software setup steps are in the video below.
When your print is completed:
Wiggle the modeling base slightly while pulling toward you to remove it from the printer
Gently crack the printed part(s) off the modeling base. Smaller parts should pop right off with a little “persuasion” from a chisel or scraper. For larger parts, it helps to bend the modeling base a bit, to crack the support material away from the base.
Put your part(s) in the WaveWash and turn it on. Use the 3d printed sieve basket for very small parts.
The WaveWash runs for 8 hours. This is usually enough to remove the support material. You can run it more than once if you need to.
When all support material is dissolved, fish your part(s) out with the metal strainer. Wash printed part(s) thoroughly with warm water and a little dish detergent.
Wash your hands and anything that came in contact with the WaveWash solution. The WaveWash solution is safe to go down the sink drain, but avoid eye contact or prolonged skin contact with it, and obviously don’t drink any.
When done, wipe down work area with paper towels.
Clean up and reset the Mojo for the next job:
Place the used modeling base on the mount near the Mojo.
Using a wide chisel, carefully scrape away any remaining model or support material. Talk to Fimbel staff if you haven’t already had sharp tool training.
Grab a shop vac and vacuum up the plastic fragments which by now have gotten everywhere. Also vacuum any stray material from the inside of the Mojo.
Pull the two purge buckets from the Mojo (pinch down on the little tabs at the bottom) and dump their contents into the trash.
Find the two tip wipe assemblies (thumbnail-size wire brushes where the printer “wipes its nose” during operation). You can lift them right off their pegs and inspect them. Clean them of any residual material.
Put all parts back in place, and verify that you get a steady green LED when you close the door of the Mojo.
Quit the Mojo Control Panel and/or Print Wizard software.
Take apart just about any electronic device and you’ll see components attached using solder. Solder is a metal alloy that melts at a relatively low temperature. Soldering is the process of joining two or more electronic parts together by applying melted solder around them. When the melted solder cools, it forms a strong mechanical and electrical bond between the parts.