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14 Best 3D Printer Control Board For 2024
Modified: January 12, 2024
Discover the top 3D printer control boards for 2023 with our comprehensive guide. Find the best options to upgrade your 3D printer today!
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Are you looking to invest in a new 3D printer control board for 2023? With so many options available, it can be challenging to determine the best one for your needs. Thankfully, we have compiled a list of the 14 best 3D printer control boards for 2023. Whether you are a seasoned professional or a beginner in the world of 3D printing, our comprehensive guide will help you make an informed decision. Stay tuned to learn about the top options for enhancing your 3D printing experience in the coming year.
Overall Score: 9/10
The Official Creality 3D Printer Silent Board Motherboard V4.2.7 is a top-of-the-line upgrade for Ender 3, Ender 3 Pro, Ender 3 V2, Ender 3 MAX, Ender 3 Neo, Ender 3 V2 Neo/Ender 3 Max Neo 3D printers. With TMC2225 driver & V0.0.6 firmware from Creality, based on Marlin 2.0.1, this upgrade boasts a reduction in stepper motor noise, updated system design, and easy installation. The mainboard is designed to be super quiet, with ultra-quiet motor drive chip, always running at low decibels. Additionally, it comes with professional technical support for any user issues or inquiries. Overall, this upgrade for 3D printers yields exceptional performance and noise reduction.
Key Features
- Super Quiet stepper motor noise reduction
- Wide compatibility with Ender 3 series
- TMC2225 driver & V0.0.6 firmware from Creality
- Easy update firmware method with after-sale service
Specifications
- Color: A-Ender 3 Mainboard
Pros
- Easy installation and reduction in stepper motor noise
- Wide compatibility with Ender 3 series
- Professional technical support for user issues
Cons
- Not entirely plug and play for Ender 3
- No place to plug in the motherboard fan
The Official Creality 3D Printer Silent Board Motherboard V4.2.7 offers an impressive reduction in noise and easy installation. While not entirely plug and play for Ender 3, the wide compatibility, professional technical support, and overall performance earn this product high marks.
Overall Score: 8/10
The BIGTREETECH SKR Mini E3 V3.0 is a control board for 3D printers, designed specifically for Ender-3 series and Ender-5 series. It is equipped with larger heatsink, 3 CNC fans, and ultra-silent TMC2209 stepper motor driver. This motherboard supports BLTouch, RGB lights, and has onboard TMC2209 drivers. It is compatible with Marlin and Klipper firmwares for firmware update. The product has a customer rating of 4.3/5 on Amazon. While reviews highlight the lack of support for SD card extension and occasional locking up during prints, the community and quietness of the board are praised.
Key Features
- STMicroelectronics' G0 series main control chip
- Larger aluminum heatsink with 3 CNC fans
- Supports BLTouch, RGB lights, and blocking detection
- Onboard TMC2209 drivers for ultra-silent operation
- Compatible with Marlin and Klipper firmwares
Specifications
- Color: Red
Pros
- Quiet operation with TMC2209 drivers
- Supports BLTouch and RGB lights
- Compatible with multiple printer models
Cons
- Lack of support for SD card extension
- Occasional locking up during prints
- Weak solder joints on USB port
The BIGTREETECH SKR Mini E3 V3.0 motherboard offers a significant upgrade for Ender-3 and Ender-5 series 3D printers, providing ultra-silent operation, compatibility with popular accessories, and support for customized firmware. While it may have minor technical issues, the overall performance and community support make it a worthwhile investment for printing enthusiasts.
Overall Score: 7/10
The HiLetgo RAMPS 1.4 Control Panel 3D Printer Control Board is designed for use with Arduino Mega 2560. It features the fifth stepper motor output port that can be customized as a Z-axis motor or a second extruder. The board offers three field effect transistors, three heater/fan output ports, three thermistor circuits, and can be extended to control other accessories. The product also includes a heated bed control with an extra 11A fuse, as well as a Pololu board foot socket that can be easily replaced or removed. On the downside, the board may require some trimming and has had reported interference issues with the Arduino 2560. Users have given it an overall rating of 4.2/5 stars and have noted that it is a good product for the price, making it a solid option for a 3D printer control board.
Key Features
- The fifth stepper motor output port for customization
- Extension capabilities for controlling other accessories
- Three field effect transistors, heater/fan output ports, thermistor circuits
- Heated bed control with extra 11A fuse
- Pololu board foot socket for easy replacement or removal
Specifications
- Color: Red
- Size: Printer Control Board
Pros
- Affordable price for the functionalities offered
- Effective for general 3D printing setups
- Can be easily replaced or removed with Pololu board foot socket
Cons
- May require some trimming before installation
- Reported interference issues with Arduino 2560
- Packaging in an ESD bag only, lacking extra protection
The HiLetgo 3D Printer Control Board is a cost-effective solution for those looking for a reliable control panel for their 3D printer setups. While it may require some adjustments and packaging improvements, it offers powerful features and functionalities, making it a worthy consideration for DIY and hobbyist projects. It has received mixed reviews from customers but overall is considered as a good value for the price.
Overall Score: 7/10
The BIGTREETECH SKR Mini E3 V2.0 is a 32-bit silent control board designed as a drop-in replacement for the Ender 3 and Ender 3 Pro 3D printers. Featuring TMC2209 UART stepper motor driver, it offers silent operation, better thermal dissipation, and support for various function extensions. The 4-layer board improves heat dissipation and anti-interference.
Key Features
- Silent 32-bit control board with ARM Cortex-M3 series chip
- Enhanced thermal dissipation
- Supports various function extensions
- 4-layer board for improved heat dissipation
- Satisfying customer services
- Attention to correct wiring required
Specifications
- Color: Black
- Dimension: 4.00Lx2.80Wx0.39H
Pros
- Silent operation with enhanced stability
- Support for various function extensions
- Improved heat dissipation and anti-interference
- Satisfying customer services
Cons
- Outdated Marlin2.X system
- Complex installation for some printer models
- Installation instructions may be lacking
The BIGTREETECH SKR Mini E3 V2.0 is a great upgrade for Ender 3 and Ender 3 Pro 3D printers, offering silent operation, improved thermal dissipation, and support for various function extensions. However, users should be aware of the potential challenges during installation and the requirement for correct wiring. Overall, it’s a worthwhile investment to enhance the performance of compatible 3D printers.
Overall Score: 9/10
The Geeetech Spark E3 3D Printer Motherboard is a 32-bit silent motherboard designed for Ender3, Ender Pro, Ender3 V2, Ender5, and Ender6. It supports Klipper/Marlin and compatible TMC2209, TMC2208, and A4988 pluggable driver modules. The main chip adopts ARM Cortex M3 32-bit for better stability and user experience, and the motherboard has functional extension modules for additional features. Customers praise the easy installation, performance upgrade, and value for money. However, some users experienced compatibility issues and difficulties with the initial setup. Overall, it is a highly recommended upgrade for 3D printer motherboards.
Key Features
- Main control chip is ARM Cortex M3 32-bit STM32F103RCT6
- Pluggable driver modules design, supports TMC2209, TMC2208, and A4988
- Durable design with ultra-high current MOS tube for hot bed and hot end
- 4-way fan interface and PWM control
- Support for functional extension modules
Specifications
- N/A
Pros
- Easy installation
- Performance upgrade and quiet operation
- Great value for money
- Functional extension modules available
- Excellent customer support
Cons
- Compatibility issues for some users
- Initial setup difficulties
The **Geeetech Spark E3 3D Printer Motherboard** offers great performance and value as an upgrade for 3D printer motherboards. With its durable design, pluggable driver modules, and extensive support for additional features, it provides improved stability and user experience. While some users encountered compatibility issues and initial setup difficulties, the overall consensus is positive, making it a worthwhile investment for enhancing 3D printing capabilities.
Overall Score: 7/10
The Makerbase MKS SKIPR is an innovative 3D printer control board designed for precise and reliable printing. With a powerful Cortex-M4 MCU, 1GB DDR3 memory, and flexible interface resources, it offers superior performance and functionality. The board integrates the RK3328 SOC and STM32F407VET6 MCU, ensuring efficient computation and precise control of printer movements. With support for Klipper firmware and FluiDD OS, users can easily customize and manage their printing experience. The board's configurability, wide compatibility, LCD support, and community resources make it a versatile and user-friendly choice for 3D printing enthusiasts.
Key Features
- All-in-one design for Monster8 and MSK PI
- RK3328 SOC integration
- STM32F407VET6 MCU for precise control
- Wide 3D printer compatibility
- Support for Klipper firmware
- LCD compatibility
- Quad-core 64-bit SOC for efficient performance
- Full support for Klipper and Flui DD OS
- Configurability for specific requirements
- Community support and resources
Specifications
- N/A
Pros
- Simplified wiring and installation process
- Powerful computational capabilities
- Adaptability to various printer setups
- Extensive customization options with Klipper
- Versatile LCD interface support
- Efficient and responsive performance
- User-friendly Flui DD OS interface
- Highly configurable for optimization
- Access to community support and resources
Cons
- Lack of comprehensive documentation
- Underpowered for Raspberry Pi connection
The Makerbase MKS SKIPR 3D printer control board offers impressive functionality and performance for 3D printing enthusiasts. While it presents some challenges in terms of documentation and Raspberry Pi power, its all-in-one design, powerful computation, wide compatibility, and community support make it a compelling choice for users seeking a versatile and customizable control board.
Overall Score: 8/10
The Ickiya MKS Gen L V2.1 3D Printer Control Board Motherboard is an open source Marlin support board that integrates 2560 and ramps1.4, solving the problem of users changing their own motor drive. It accepts 24V input and can be connected to different types of LCD displays. This board offers simple, convenient connection, and its long-term warranty service is a standout feature.
Key Features
- 2560 and ramps1.4 integration
- CH340 serial chip for stability
- 24V input accepted, reducing hot bed current
- Compatible with multiple types of LCD displays
- Convenient and color-coded XYZ axis terminals
Specifications
- N/A
Pros
- Integrated 2560 and ramps1.4
- Accepts 24V input, reducing hot bed current
- Long-term warranty service
Cons
- Lack of instructions and packaging concerns
- May require additional research and programming
The Ickiya 3D Printer Control Board Motherboard is a versatile, feature-rich product with the convenience of color-coded terminals and long-term warranty service. However, users may encounter challenges due to the lack of instructions and packaging concerns, requiring additional research and programming. Overall, it offers great value for those familiar with 3D printer control board customization.
Overall Score: 8/10
Upgrade your Anet A8 PLUS 3D printer with this highly integrated motherboard. It features good stability, optimized layout wiring, and heat dissipation design. The onboard 4 way A4988 16 subdivision stepper driver board motor ensures stable operation. It also supports automatic leveling and has good heat dissipation to effectively solve the heating problem of the hot bed MOS tube.
Key Features
- Solves cumbersome interface and failure problems of for Ramps1.4
- Optimized layout wiring and heat dissipation for stability
- Onboard 4 way A4988 16 subdivision stepper driver board motor
- Supports 12-24V power input and USB interface
- Applicable for Anet A8 PLUS 3D printer
Specifications
- N/A
Pros
- Highly integrated and stable motherboard
- Supports automatic leveling
- Good heat dissipation to solve heating problems
Cons
The Mini 3D Printer Controller Board is a reliable and convenient upgrade for Anet A8 PLUS 3D printer, providing stability, support for automatic leveling, and effective heat dissipation. It solves common interface and heating problems, making it a valuable addition for 3D printing enthusiasts.
Overall Score: 6/10
The BIGTREETECH SKR Mini E3 V3.0 and TFT35 E3 V3.0.1 display are a powerful combo set designed for Ender 3/5, Ender 3 Pro/V2 3D printers. With impressive capabilities and heat dissipation, they offer support for touch/graphic display. However, some users have reported challenges in the setup process, firmware compatibility, and issues with the display not working with certain firmware. Overall, it provides a significant upgrade for 3D printers, provided the user is prepared for some technical challenges.
Key Features
- 32-bit control board
- Silent performance
- Supports dual Z steppers
- Built-in heat dissipation
- Plug and play support with Ender 3 series printers
Specifications
- Color: Black
Pros
- Silent stepper drivers
- Improved heat dissipation
- Supports touch/graphic display
- Professional technical support available
Cons
- Challenges in firmware updates and compatibility
- Difficulty in the setup process
- Some display issues with specific firmware versions
The BIGTREETECH SKR Mini E3 V3.0 and TFT35 E3 V3.0.1 combo set is a powerful upgrade for 3D printers, particularly compatible with Ender 3 series. While it offers impressive performance and support, users should be prepared for potential technical challenges related to setup, firmware, and display compatibility.
Overall Score: 8/10
The 3D Printer Control Board for MKS Robin Nano V1.2 is equipped with a 32 bit high speed ARM chip and a TFT43 touch screen, providing a simple operation interface and high sensitivity. It supports firmware upgrade through memory card, remote model printing with external WiFi modules, and mobile APP for Android and for OS X systems in both Chinese and English. The flexible motor drive seat mode supports various drives, and up to 15 custom command buttons can be configured. Additionally, it features a special power supply chip for reduced heat generation and better heat dissipation with high quality MOSFET tubes.
Key Features
- 32 bit high speed ARM chip
- TFT43 touch screen
- Supports firmware upgrade
- Remote model printing with external Wi Fi modules
- Supports mobile APP for Android and for OS X systems
- Flexible motor drive seat mode for various drives
- Up to 15 custom command buttons
- Special power supply chip for reduced heat generation
- High quality MOSFET tubes for better heat dissipation
Specifications
- Dimension: 0.00Lx0.00Wx0.00H
Pros
- High sensitivity touch screen
- Support for mobile APP in English and Chinese
- Reduction in hot bed current to 1/4
- Supports various drive types
- Simple operation interface
Cons
- No specific dimension provided
The 3D Printer Control Board for MKS Robin Nano V1.2 offers an impressive array of features including a high speed ARM chip, customizable command buttons, and reduced heat generation. The support for firmware upgrade, remote model printing, and mobile APP make it a versatile and convenient option for 3D printing enthusiasts. However, the lack of specific dimension information may be a drawback for some users. Overall, this control board presents a compelling option for those seeking enhanced functionality in their 3D printing setup.
Overall Score: 7/10
The KEYESTUDIO 3D Printer Controller Board RAMPS 1.4 REPRAP Mendel PRUSA with Stepper Jumper Screw Terminal Block for Arduino Mega and ramps 1.4 Projects is a driving shield for 3D printers designed to easily stack it onto the MEGA 2560 control board. It features 5 slots for stepper motor drive modules and 3 jumper caps under each slot to control the working subdivision of drive modules. Other features include color: Multicolor and dimensions: 2.7 x 0.8 x 1.6 inches.
Key Features
- RAMPS1.4A is used as driving shield for 3D printers
- 5 slots for stepper motor drive module
- 3 jumper caps under each slot
- Color: Multicolor
Specifications
- Color: Multicolor
Pros
- Pre-loaded with jumpers for micro-stepping
- Good quality RAMPS 1.4 controller
- Works with 24 volts
Cons
- Poorly soldered connections
- Non-functional ms1-ms3 jumpers
- Lack of detailed PINOUT information
The KEYESTUDIO 3D Printer Controller Board RAMPS 1.4 is a reliable option for 3D printing projects, offering good overall quality and compatibility with various stepper motor drive modules. However, potential buyers should be aware of reported issues such as poorly soldered connections and the lack of detailed PINOUT information. Despite these downsides, this product provides good value for individuals looking for an affordable 3D printer controller board.
Overall Score: 9/10
The 3D Printer Motherboard Kit is a high-performance controller board designed for 3D printers and laser engraving machines. It features software control capabilities, high accuracy, a 2.4-inch touch screen, and 8M byte flash memory chip for effective protection. The board is equipped with a 32-bit STM32 processor and supports various modules for industrial control and additive manufacturing products.
Key Features
- Software Control
- High Performance
- High Accuracy
- 2.4 Inch TS24 R V2.1 Touch Screen
- Built In 8M Byte Flash Memory Chip
- Industrial Supplies
Specifications
- N/A
Pros
- Supports various control and manufacturing modules
- High accuracy for stable and excellent printing
- Clear and intuitive user interface
Cons
- Specific specifications not provided
The 3D Printer Motherboard Kit offers impressive features and high performance, making it an ideal choice for 3D printing and laser engraving applications. Its software control capabilities and advanced technology provide users with precise and reliable operation. Despite lacking detailed specifications, the board’s overall functionality and compatibility with industrial supplies make it a valuable option for enthusiasts and professionals alike.
Overall Score: 7/10
Upgrade your 3D printer with the BIGTREETECH Ender 3 Motherboard Silent Control Board SKR Mini E3 V2.0. This product is designed with various improved features including support for BLtouch, filament detection, and power-off resume. It also comes with professional after-sales support and a highly compatible CNC fan. However, it is not a plug and play solution and may require some modifications for installation. With some minor issues but great printing results, this product is definitely worth the investment for a better 3D printing experience.
Key Features
- STM32F103RCT6 main control chip with 256K flash memory
- CNC fan for reliable and efficient cooling
- Supports BLtouch, filament detection, power-off resume, and automatic shutdown
- Professional technical after-sales support available
Specifications
- N/A
Pros
- Efficient cooling system
- After-sales technical support
- Supports various 3D printing features
Cons
- May require modifications for installation
- Not a plug and play solution
The BIGTREETECH Upgrade Ender 3 Motherboard Silent Control Board SKR Mini E3 V2.0 offers a range of improved features for a better 3D printing experience. While it may have some installation challenges, its compatibility, reliability, and professional support make it a valuable upgrade.
Overall Score: 3/10
The RAMPS 1.4 Control Panel is a versatile control board designed to support 3D printer controller shield board modules. It offers a fully assembled and tested design with no soldering required, and features compatibility with Cartesian robots, extruder requirements, and heated bed control. With a number of expansion options and a modular design, it provides flexibility and ease of service. However, customer reviews have highlighted concerns regarding build quality, defects, and functionality issues.
Key Features
- Fully assembled & tested, no soldering required
- Can be extended to control other accessories
- Supports Cartesian robots & extruder requirements
- Heated bed control with additional 11A fuse
- Fits up to 5 stepper driver boards
- Modular design with plug-in stepper drivers
Specifications
- Color: RAMPS 1.4
Pros
- Modular design for easy service & expansion
Cons
- Quality issues including bent pins & solder splatter
- Functionality problems & defects reported by customers
The RAMPS 1.4 Control Panel offers versatility and potential for expansion, but its build quality and reported functionality issues raise concerns. Despite its modular design and compatibility with various 3D printer components, potential customers should be cautious of the reported defects and poor build quality.
Buyer's Guide: 3D Printer Control Board
What to Consider When Buying a 3D Printer Control Board
When choosing a 3D printer control board, there are several factors to consider. Here are some important things to keep in mind:
- Compatibility: Ensure that the control board is compatible with your 3D printer model.
- Performance: Look for a control board that offers high performance and speed, as this will affect the quality and speed of your prints.
- Ease of Use: Consider the user-friendliness of the control board, as well as the availability of resources and support.
- Features: Determine the specific features you need, such as support for dual extruders, heated beds, or advanced cooling systems.
- Reliability: Look for a control board from a reputable manufacturer with a history of reliability and quality.
Types of 3D Printer Control Boards
There are several types of control boards available for 3D printers, each with its own unique features and capabilities. Some common types include:
- Arduino-based Boards: These are popular among DIY enthusiasts and offer flexibility for customization and modification.
- RAMPS Boards: Reprap Arduino Mega Pololu Shield (RAMPS) boards are commonly used for controlling FDM printers and offer support for multiple extruders.
- Smoothie Boards: These boards are known for their user-friendly interface and smooth performance, making them ideal for beginners and advanced users alike.
- Duet Boards: Duet control boards are known for their advanced features, high performance, and support for industrial-grade 3D printing.
Top Brands in 3D Printer Control Boards
When shopping for a 3D printer control board, consider some of the top brands in the industry, including:
- Creality: Known for producing reliable control boards for their popular line of 3D printers.
- Prusa Research: Offers high-quality control boards designed specifically for their line of 3D printers.
- LulzBot: Known for their open-source approach to 3D printing, LulzBot offers a range of control boards for their printers.
- OctoPrint: While not a control board manufacturer, OctoPrint is a popular open-source software used to control 3D printers remotely.
- MakerBot: A well-established brand in the 3D printing industry, MakerBot offers control boards for their line of printers.
Read more: Where To Put A 3D Printer
Frequently Asked Questions about 14 Best 3D Printer Control Board For 2024
A 3D printer control board is the electronic component responsible for managing the various functions of a 3D printer, such as motion control, extruder control, and communication with the printing software.
In most cases, yes, you can upgrade the control board in your 3D printer to improve its performance or add new features.
The main differences lie in their compatibility, performance, features, and ease of use. Some control boards are more suited for specific applications or printing technologies.
You can usually find compatibility information in the product specifications or by contacting the manufacturer or seller for assistance.
Common issues include connection problems, firmware issues, and hardware malfunctions. Troubleshooting steps may include checking connections, updating firmware, or replacing faulty components.
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