Pulled the trigger on PRO XXL

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As noted, the documentation is at:

so see:

What sort of work do you wish to do? Using what materials? How do you wish to approach it?

  • eye and hearing protection: Safety Requirements - Carbide 3D
  • Additional assembly tools: Flush cut pliers (or scissors — fingernail clippers can also be used to cut a short zip tie with a nicely rounded edge), Needle nose pliers, Tape measure or ruler, Level, Pencil; possibly also Easy-peel masking tape, such as blue painter’s tape (nothing that leaves a residue behind), Adjustable wrench, Flashlight
  • a trim router (you can order with a machine, but Carbide 3D only has our Carbide Compact Router, but if you prefer you could get a Makita RT0701/0700
  • some endmills (one is included with the machine, but they’re consumables: Shapeoko Endmill Starter Pack - Carbide 3D ) — if cutting wood or plywood a downcut endmill such as the #251 is recommended. If you wish to do small-scale or precision work you may want 1/8" tooling
  • you should already have ​a place to set the machine up (the Shapeoko is more suited for use in a shop environment) — note that you’ll want to have access to the front and back of the machine so that you can feed material in from end and out the other if working with oversized material (you can process an entire 4x8 sheet by cutting it into thirds and feeding it incrementally into an XL or XXL — an SO3 would require 1/6ths). See: Torsion Box for Shapeoko XXL and Instructions
    *​dust collection suited to the material which you are cutting (at least a shop vacuum — many of our customers rig up dust shoes and formal dust collection) — you’ll want to tie into existing dust collection if you have it — Carbide 3D offers https://shop.carbide3d.com/products/sweepy-dustboot which will fit many smaller shop vac / dust extractor hoses
  • ​workholding (some way to hold the material in place)
  • calipers
  • pendant option of some sort
  • good quality square for assembly or positioning parts
  • tools to break stock down
  • tools to post-process stock (files, deburring tools, &c.)

​and of course, material and designs to cut. I recommend that folks start by drawing up a design (follow along in one of our tutorials: Tutorials - Carbide 3D and watch our videos: Getting Started with Carbide Create and read through: http://docs.carbide3d.com/assembly/carbidecreate/userguide/ ) and working up toolpaths all the way through 3D simulation — if that effort seems workable to you, you should be in a good place to get a machine.

Are you familiar w/ CAD software/Bézier curve drawing software? If not, see:

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