Introduction
The world of 3D printing has seen tremendous advancements in recent years. New printers are being released with Klipper pre-installed or Klipper-like features, showcasing impressive capabilities and speed. Klipper firmware, known for its ability to enhance print quality and increase print speeds, has become a popular choice among 3D printing enthusiasts. However, due to the current shortage of Raspberry Pi, the go-to option for running Klipper, finding an alternative solution has become essential. In this blog post, we will explore the Makerbase MKS Pi, a cost-effective Raspberry Pi alternative that can help Klipperize your 3D printer and unlock its full potential.
The Rise of Klipper in the 3D Printing World
With the release of new 3D printers such as Bambolab’s X1 and P1P, Sovol SV07, and the Prusa MK4, Klipper firmware has become a common feature. These printers utilize Klipper’s advanced features like pressure advance and input shaping to achieve exceptional print quality and higher speeds. Some printers come with Klipper pre-installed, while others offer similar features or use Klipper firmware as an option. However, if you don’t want to invest in a new printer, installing Klipper on your existing 3D printer can be a viable solution.
The Raspberry Pi Shortage Challenge
Unfortunately, the global chip shortage has made it difficult to obtain a Raspberry Pi, the recommended device for running Klipper. The scarcity of Raspberry Pi devices has driven up prices, making it an expensive option for many users. As a result, finding an alternative solution that can provide similar functionality has become a priority.
Introducing the Makerbase MKS Pi
Enter the Makerbase MKS Pi, a cost-effective alternative to the Raspberry Pi. Designed specifically for running Klipper, the MKS Pi offers impressive features, including a powerful 4-core 64-bit Rockchip processor, 1GB of DDR3 memory, multiple USB ports (including USB3), an Ethernet port, and HDMI and TFT display interfaces. Although it lacks built-in WiFi, you can easily connect a USB WiFi adapter to enable wireless connectivity. The MKS Pi supports both SD cards and faster eMMC memory, providing flexibility for storage options. Additionally, it has direct support for touch displays, although it can be operated without a display using a web browser interface.
Getting Started with Klipper on the MKS Pi
To begin the installation process, you’ll need to download and install a few applications: Belina Etcher for writing the operating system image, PuTTY for establishing a terminal connection to the MKS Pi, WinSCP for file transfer, and Notepad++ for file editing. The installation process involves burning the system image onto the microSD card or eMMC, connecting the MKS Pi to your 3D printer, configuring the WiFi connection (or using an Ethernet cable), compiling the Klipper binary for your printer, and flashing the firmware onto your printer’s control board.
Conclusion
The Makerbase MKS Pi offers an affordable and effective solution for running Klipper firmware on your 3D printer, even in the midst of the Raspberry Pi shortage. With its powerful hardware and compatibility with Klipper, the MKS Pi allows you to upgrade your printer’s performance and achieve better print quality and higher speeds. By following the installation process outlined in this blog post, you can Klipperize your 3D printer in less than an hour, opening up a world of possibilities for your printing projects.