Introduction​

Remote monitoring of your 3D prints is, to date, one of the most challenging tasks to accomplish in 3D printing. And while applications like Octoprint and Klipper give you access to wireless monitoring, natively, these software are limited for use on the same network.

This is where Obico comes in handy and lets you experience the true meaning of remote, wireless 3D printing. In this article, we'll look at the Obico software in its entirety and understand its benefits to your 3D printing workflow.

What is Obico?​

Obico is a 3D printer monitoring and controlling tool that features AI detection technology to notify you about any failed prints. It's the successor to the popular Octoprint plug-in, The Spaghetti Detective. Obico builds upon The Spaghetti Detective and adds features like printing from anywhere, Octoprint tunneling, and improved AI print failure detection.

You can use Obico on Android, Apple, and any other browser based devices from virtually anywhere in the world. This cross-compatibility allows you to select any device and start with remote 3D printing. And it frees you from the bounds of your local wireless network, and you can access your 3D printer even over a mobile network.

Obico's AI detection capabilities quickly recognize print failures or discrepancies in your ongoing print and notify you about the print's status. This feature helps you to save considerable printing time, cost, and filament that you would've otherwise lost due to failed prints.

However, Obico is not a standalone software yet. Instead, it works alongside Octoprint and Klipper 3D printing applications. You'll need to install either of these software on your 3D printers before setting up Obico and experiencing remote 3D printing.

Setting up Obico is relatively easy on both these platforms, and there are detailed guides available on Obico's websites that you can refer to install Obico for your 3D printer.

Let's briefly explain the basics of configuring Obico for Octoprint and Klipper applications. It'll give you an insight into the installation process and help you to learn about the Obico software.

DLSR camera connected with 3D printer/Courtesy: 3DWithUs

For the 3D printing community, cameras have become an integral part of the 3D printing process. They are handy for both live monitoring of 3D prints and recording timelapses of their creation.

However, connecting a camera to your 3D printer is a challenge for many. So, to make things easier, we've come up with two solutions.

Why you might want to connect a camera to your 3D printer​

3D printing is not an exact science. Despite having the perfect g-code, printer, model, and planning, things don't always go your way. The most common 3D printing issues include print not sticking to print bed and calibration issues. Both cause spaghetti of filament around your half-formed model. It can waste filament and time, as well as damage your printer.

The safest course of action is to never leave your 3D printer unattended, but really, that's impossible.

This is where the 3D printer camera enters the picture (sorry for the pun). If something goes wrong with a print job, these cameras can be very helpful for finding out what went wrong and when. With a camera, you can not only keep track of your 3D prints, but with services like Obico via OctoPrint or Klipper, you can also monitor and remotely control your 3D printer. Additionally, if your printer is acting up, you'll know it right away, thanks to Obico's AI-powered failure detection. (but more on this later)

And who doesn't enjoy watching time-lapse videos of 3D printed objects? Even if you're not interested in 3D printing, you have to admit that watching a 3D print appear to grow autonomously over time is fascinating.

The bottom line is that adding a camera to your 3D printer setup is a must-have to get the most out of your 3D printing experience.

Would you like to upgrade your 3D printer? There are several modifications you can make to your 3D printer to transform it into an impressive machine. These modifications apply to the hardware, software, and firmware features of the 3D printer. The beauty of it is some of these modifications can be 3D-printed directly at home. Others can be purchased and mounted on your 3D printer to improve specific aspects of your 3D printing activities.

We have compiled the best of these upgrades and modifications for the 3D printer in the list below. From a brand new automatic bed levelling sensor to a simple 3D printable extruder, you won't recognize your 3D printer once you're done with these upgrades. Unlike these Ender 3 upgrades, which are for a specific model, note that this is a general guide for various 3D printer upgrades that can help improve 3D printing quality and user experience. It isn't for any specific printer and will generally apply to most open-source 3D printers on the market.

When and Why Should You Upgrade Your 3D Printer?​

You should upgrade your 3D printer if, first, the stock firmware has some issues. You may also need to do this to make the printer faster, more accurate, and effective with its function. Upgrading the 3D printer is also done to protect the machine, user, the printed objects and make it easier to use.

But 3D machine upgrades and modifications are best left to the pros. If you're a new beginner, we recommend not doing a bunch of hardware upgrades. Instead, take some time to get to know the machine. Often, people do too many upgrades when first starting, but they don't understand why they are doing them or if they are even necessary at all.

You need to know the machine, its strengths, and its weaknesses. You should not necessarily upgrade when unsure what the problem is, as it is easy to misdiagnose issues this way.

Best 3D Printer Upgrades​

There are many upgrades and improvements for the 3D printer that you can print out yourself. However, for most of them, it will be necessary to buy them. In this section, we have listed the essential components, software, and firmware that will improve both your 3D printer and the quality of the prints.

Octolapse with Octoprint is like a match made in heaven. These two go very well with each other and help you create awesome time lapse videos. And even though installing Octolapse is easy with Octoprint, setting it up and configuring it to deliver high-quality timelapse videos is slightly tricky.

In this article, we'll look at the detailed procedure for setting up Octolapse for your Octoprint instance with Cura and PrusaSlicer settings. We'll also share some tricks and tips to fine-tune your image settings to get the best quality footage for your 3D printing timelapse video.

Let's start with understanding the Octolapse plugin.

Getting Started with OctoPrint for Multiple 3D Printers

Octoprint running on multiple printers. Orginal Ender 3 Drawing Source: reddit user junonedor

OctoPrint is the most popular 3D printer management software for wirelessly monitoring and controlling your 3D printer. The Raspberry Pi, which is a single-board computer (SBC), is commonly used to run it.

Not only does OctoPrint make the entire process simpler, but it also makes 3D printing more efficient. It makes using a 3D printer and gathering statistics incredibly straightforward and easy, and thus is by far the best upgrade for your printer.

OctoPrint is a wonderful tool, but it does have some restrictions despite its many strengths. One of them is the inability to use more than one printer with a single OctoPrint instance. Of course, you can handle numerous printers at once by choosing a different printer when the first print is complete-just not at the same time.

At the moment, you have to install multiple instances of Octoprint on the Raspberry Pi if you want to run more than one printer at the same time. Since OctoPrint wasn't designed for more than one printer, running multiple printers at the same time isn't officially supported.

But it's possible!

In this article, we will discuss different ways of getting started with OctoPrint for multiple 3D printers.

Creality released its first-ever Ender 3 model in March of 2018. It was an instant success and became widely popular due to its budget pricing and decent build quality. Ever since the company's released improved models, which retain the original Ender 3's form factor but come with a slew of impressive features at a relatively low cost.

But, cumulatively, there are now 10 Ender 3 models in three different series. Some of the printers have similar features to the previous generations, while others are entirely upgraded with a slight price bump. This becomes confusing for many buyers, and you might buy an Ender 3 that's not ideal for your 3D printing needs.

In this article, we'll clear out this confusion and understand the similarities and differences between all ten printers. It will help you to make an informed decision and get an Ender 3 that is better suited for you.

Let's get started and end the Ender confusion once and for all.

The wait is finally over! Obico for Klipper 1.0 release is here!

Previously, the most common comment we heard from the Obico community members was: "Obico is What I have missed the most since I moved from OctoPrint to Klipper".

This is what motivated us to start working Obico for Klipper early this year. After over 6 months of alpha- and beta-testing, Obico for Klipper is now ready for her 1.0 release!

Introduction​

Klipper is quickly becoming the de-facto choice for fast 3D printing. 3D printer manufacturers such as Voron and Prusa3D have contributed to its popularity by using firmware in their machines. And as Klipper's completely open-source and free-to-use, you can install it virtually on any 3D printer, old or new.

In this article, we'll go over the installation process of setting up the Klipper firmware using the Klipper Installation And Update Helper (KIAUH). It's an effortless and interesting way to install Klipper on your 3D printer.

Let's start Klipping!

We're sure you've often thought about accessing OctoPrint over the internet and that too from anywhere in the world from any device. Controlling your 3D printer over a local network is simple, whereas establishing a remote connection is more difficult. If you're curious about how it's done easily, you've come to the right place

This article addresses this question and provides a how-to guide for accessing OctoPrint while away from home.

What is OctoPrint?​

OctoPrint is one of the best free and open-source 3D printer remote monitoring and control software applications. It allows you to better manage your 3D printer activities and run it more efficiently. The software with its wide range of plugins enhances your 3D printing output.

If you are new to OctoPrint, you can get started by reading our guide on how to set up OctoPrint.

How does it work?​

OctoPrint is typically run on a Raspberry Pi that is linked to your 3D printer. It connects to your 3D printer via USB cable and essentially takes control of it. It can send commands to control and operate the 3D printer. These can range from simple tasks like moving the printhead in the three axes or starting/stopping prints to more complex tasks like converting linear g-codes to arc codes, accessing your 3D printer from remote locations, even outside your local network, and more.

In short, OctoPrint simplifies and gives you more control over your 3D printer operations, allowing you to print more efficiently.

To run OctoPrint, OctoPi, an OctoPrint image preconfigured for the Raspberry Pi with pre-installed OctoPrint, mjpg-streamer as a webcam server, and a couple of scripts is commonly used to allow for simple initial setup.

Why is a remote access solution for OctoPrint needed?​

This question has been addressed in several articles about the need for an OctoPrint remote access solution. To understand this, consider a situation in which you start a print and monitor it to ensure that it does not fail, but you suddenly need to go out for work. But as you leave the house, one question lingers in your mind: what's going on with my print?

We've all been there, and this is just one example of when a remote access solution comes in handy.

But did you know that OctoPrint is only available on your local network?

While what we said is correct, it is also true that there are multiple ways to access OctoPrint over the internet to give you access from anywhere, which we will discuss in this article.

Before we proceed, if you are the inquisitive type and want to understand why you can't use OctoPrint anywhere but on your local network? Then read our article on Accessing OctoPrint Remotely, which will explain the issue.

Introduction​

3D printers are a mere assembly of various stepper motors, controllers, and structural components. It is the 3D printer's firmware that ties everything together and brings your digital gcode file into the physical world.

Marlin was the first 3D printer firmware developed way back in 2011 for FDM 3D printers. Erik Van Der Zalm designed it for Ultimaker 3D printers which used 8-bit microcontrollers. Since 2011, Marlin has come a long way, and several 3D printers worldwide use some variant of the Marlin for their functioning.

But, in 2016, Kevin O'Connor released the Klipper firmware as an alternative to Marlin. Klipper promises high-speed 3D printing, better print quality, and several other features superior to Marlin. And it has grown tremendously since the first release and is quickly becoming the go-to firmware choice for many 3D printing hobbyists and manufacturers alike.

In this article, we'll compare Marlin and Klipper's firmware based on various criteria and understand the differences between these two. It should help you make an informed decision and choose the one that best matches your needs.

Let's get started.