If you owned any good laptops, you might have a charger that had a curved shape, and/or a strap to help you wrap the cord. Well… The Microsoft Surface Pro 4 is an amazing computer but it’s charger doesn’t even have a strap. So I’ve decided to solve this problem with 3D printing.
The filament I used is actually black 3mm polyurethane filament, which is both strong and flexible. Printed using my Ultimaker2, upgraded with a Flex3Drive, at 250 degrees C, layer height of 0.2mm, and 200% extrusion.
Funny that the strap would’ve been too long to be printed straight, that’s why I made it squiggly.
The model file is shared as a public model on Onshape here. Go ahead and download it, or even copy it to your own account to make modifications.
This post will describe the first few mods I’ve made to my Nomad 883 Pro CNC milling machine.
After getting comfortable with 3D printing, I decided I want to dabble with in-home CNC machines. I decided that I need something powerful enough to cut aluminum, but also precise enough to handle PCBs, and is enclosed so I can keep it in a home environment. I absolutely did not want a machine that’s designed to fit an ordinary router or Dremel. The Nomad 883 by Carbide 3D fit these requirements (link to specs).
I also really wanted to see the machine before I buy. I saw Othermill at RoboGames 2015, and while it seemed nice, it was geared more towards PCB milling. Another choice would’ve been Carvey but it is a Kickstarter that hasn’t started shipping yet. I saw Nomad 883 at the SF Maker Faire 2015, and it really impressed me, perhaps because it was built with all metal structure. The guy at the Nomad booth also hinted that I can cut steel on the next revision of the Nomad 883 (sorry I forgot his name). I picked Nomad 883 because it was more powerful and bigger than Othermill, while smaller than Carvey, and I would get it in around late August.
Long story, but I ended up getting the Nomad 883 Pro version around early November. Keep reading to see more pictures and my first impressions.