How to Use OctoPrint on Android

How to Use OctoPrint on Android

Hello Geeky, so today we are focusing on How you can Use OctoPrint on Android. So please read this tutorial carefully so you may comprehend it in a better helpful way.

Guide: How you can Use OctoPrint on Android

OctoPrint is a superb remote 3D printing solution that eliminates the need to be glued to your 3D printer. You can use a webcam to view and operate your 3D printer from your computer, and you can control practically all aspects of its production remotely. With OctoRemote, you can now bring OctoPrint’s power to your smartphone.

OctoRemote is a companion Android app for OctoPrint that acts as an extra pair of hands for the latter. The app replicates all of OctoPrint’s features on your smartphone. It lets you watch and control your 3D printer from anywhere within your Wi-Fi range, eliminating the need to constantly check your computer for printing updates. Even if a print fails, you can cancel it using your smartphone.

The programme was made with open-source libraries that are comparable to OctoPrint’s, and it has a similar user experience (UI). You can see print details, change settings, see what’s on the webcam, and much more. The nicest feature is that the software is updated on a regular basis and is ad-free.

In this article, we’ll look at the OctoRemote app and its capabilities, as well as how it can improve your remote 3D printing experience.

Easy Setup

OctoRemote is easy to set up. After installing the app, it takes just a few minutes to get it up and running. It connects to OctoPrint using its API key and its instance IP address. That’s it!

Once you’re inside the app, you’ll notice that all your preferences are preloaded. In other words, you don’t need to manually set up the OctoPrint instance again.

By the way, using multiple instances of OctoPrint, there’s also an option to add multiple 3D printers!

Intuitive UI

OctoRemote’s UI is very similar to OctoPrint’s web UI, with different tabs for the various functions, including Temperature, Control, (G-code) Terminal, and Timelapse. The app also takes in the material design elements of the Android UI and blends the two very well, making the app look and feel modern and up to date.

The benefit of having a similar UI is user adaptability. A new user can quickly get around the app without needing to learn a new platform. Since it’s a remote app, you could install it on any Android tablet and use it as a means for remote interaction with your 3D printer.

Webcam View

OctoPrint’s main selling point is the capability to remotely monitor the progress of your 3D print. This same functionality is seamlessly integrated into OctoRemote, allowing you to watch your prints in real-time without ever looking at your desktop. You only need to set up the webcam in Octoprint.

The app automatically forwards the same feed to your mobile device, which you can view from the Control tab. This might seem like a trivial thing, but once you start using it, you won’t even feel the need to go to your desktop.

No Ads & Free to Use

As we mentioned before, OctoRemote is completely free. You can download it from Google Play, there are no ads within the app, and none of the features are hidden behind a paywall. This leads to a seamless user experience and lets you enjoy the app to its fullest potential. Of course, even though the app is free, you can always make a donation to support its future development.

All of that said, the app isn’t (yet) open source. Still, the developer does maintain the app and even provides updates for general bug fixes and performance improvements.

Customized Control Buttons

OctoRemote adds a new dimension to customization by giving you the option to create and add your own custom control buttons. This functionality comes in handy when you want to put together a specific set of instructions for your 3D printer. The button just needs the input value to be in a G-code format, and you’re all set.

For example, say you want the hot end to move to the back left of the print bed. In OctoRemote, go to “Control > Add custom buttons” and enter these values, changing nothing else:

  • Name: Back Left
  • Commands: G1 X0 Y150 Z2 F6000

Once you’ve saved this, you’ll notice that, within the Control tab, a new “Back Left” button has been created. Now, whenever you press this button, your printer will execute this command.

This is just a simple example, but with a basic understanding of G-code commands, you can customize any number of 3D printer actions.


Guide about How you can Use OctoPrint on Android

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