OCTOPRINT VS REPETIER SERVER HOW TO

Now it operates like a dedicated computer but has just enough resources to handle the 3D printing process.

Install host software on your Raspberry Pi and hook it via USB to your 3D printer. In comes the Raspberry Pi, or a similar embedded device. We’re a wireless community, and we have standards right? It solves most of the wired problems, but as a solution, it lacks elegance and misses the mark. Some 3D printers allow SD cards, and that’s enough of a solution for a few people, but to me, and I bet many of you, it’s irritating. OK, so the choice to go wireless isn’t really a difficult one right? I mean, it’s obvious that given an easy way to do it going wireless beats wired any day. Wouldn’t it be nice to be able to start a print job from a remote location to be completed by the time you get home? Sick of giving up your computer for your significant other, child, or visiting a friend to play with your 3D printer? Go wireless.

Multiple computers are becoming a household norm.

Cords can be ugly and can be trip hazards.

The noisy printer can be placed in a sperate location allowing for different ventilation options, and convenient noise reduction.

Many makers are coming to the same conclusion for the obvious advantages offered from a wireless setup. This means your computer needs to stay connected to the printer at all times. Most 3D printers on the market right now depend on USB connections to accomplish the communication.

OCTOPRINT VS REPETIER SERVER HOW TO

Host software translates the commands from a computer to tell a 3D Printer how to print an object. They all require host software to function correctly. No 3D printers operate in a vacuum as a standalone product. Before you go on it’s important to know why you should be considering going wireless in the first place. Welcome to this showdown of the three best 3D printer wireless host software giants.

Octoprint vs repetier server