MakerBase MKS SKIPR 3D-Printer Controller Board

The MKS SKIPR 3D-Printer Controller Board is a high-performance and versatile board that offers precise and efficient control of your 3D printer. With its advanced technology and compatibility with various 3D printer models, this board is suitable for a wide range of printing applications. It also has a user-friendly design, with a clear and organized layout of its components.

Equipped with a 32-bit processor and a large memory capacity, the MKS SKIPR 3D-Printer Controller Board can handle complex and demanding tasks with ease. It also has multiple safety features such as over-current protection and thermal runaway protection, ensuring safe and reliable operation of your printer. With its affordable price and practical functionality, this controller board is a top choice for 3D printing enthusiasts and professionals in need of a high-quality and reliable control solution. Upgrade to the MKS SKIPR 3D-Printer Controller Board and take your printing to the next level.

Specification of MKS SKIPR 3D-Printer Controller Board:

• SOC uses Rockchip's 4-core Cortex-A53 architecture RK3328 with Armbian system, perfectly running Klipper host
• MCU: STM32F407VET6 of Cortex-M4 architecture, 168Mhz main frequency, easy to control various machine actions
• Retain the rich interface resources of MKS PI [with 1GBytes of DDR3 memory, support HDMI screen interface, PI-TS35 screen interface, provide wired Ethernet port, 3-way USB interface (can be externally connected to the main control board, USB wireless network card, USB camera, U disk, USB keyboard and mouse, etc.)]
• Support booting the system from TF card and EMMC module (EMMC module is more stable than TF card, and has faster read and write speed), and provides supporting EMMC burning tools
• Support 7-axis stepper drive to meet the requirements of most 3D printer models
• 3 independent MP1584PEN DC/DC modules provide a strong guarantee for the stable operation of the entire board circuit
• 3-way controllable fans, plus 3-way normally open output, can independently select VIN, 12V or 5V voltage
• Design Schottky diode protection for MOS circuits and temperature measurement circuits
• Design the back EMF energy absorption circuit to protect the stepper driver module
• The Z+ interface can independently set the voltage selection to adapt to different models of PROBE