Mach3 Breakout Board 5 Axes
Build more advanced CNC systems with the Mach3 Breakout Board 5 Axes, designed for parallel port control of stepper motor drivers via Mach3 software. Whether you’re working on a CNC router, engraver, plasma cutter, or laser cutting machine, this breakout board enables precision multi-axis movement with support for up to 5 axes (X, Y, Z, A, B).
Engineered for smooth signal transfer, this board provides step (PUL), direction (DIR), and enable signals to each driver, with built-in opto-isolation to protect your system from electrical noise or feedback.
It also includes essential inputs like emergency stop, probe, and limit switch connectors, making it ideal for reliable and safe CNC operation. This is the preferred choice for those who still utilize parallel port-based MACH3 systems in industrial or DIY settings.
Key Features & Benefits:
- 5-Axis Control: Supports up to five independent motor controls, allowing you to manage a variety of complex movements in multi-axis CNC operations. This is perfect for tasks that require high precision and synchronization across different axes.
- Optical Couplers for Signal Isolation: The optical isolators on this breakout board protect the system from electrical noise and voltage spikes. By preventing ground loops and reducing electromagnetic interference (EMI), optical coupling ensures your CNC machine runs reliably, even in environments with high electrical noise.
- Direct Compatibility with Mach3: This breakout board integrates seamlessly with Mach3 CNC control software, making it easy to program and operate your machine. Mach3 is one of the most popular CNC control software options, and this board is built to maximize its functionality.
- Multiple Inputs & Outputs: The breakout board features several input and output pins for connecting limit switches, emergency stop buttons, spindle relays, coolant control, and other peripherals. These features enhance the versatility of the system and allow you to create a fully integrated CNC solution.
- Step & Direction Outputs: The board is designed with dedicated step and direction outputs, making it compatible with a wide range of stepper motor drivers. These outputs help control the movement of motors with high precision, ideal for applications that require fine-tuned motion control.
- Easy Wiring & Integration: The board is equipped with screw terminals for easy connection of external components like motors, limit switches, and relays. This simplifies the installation process and ensures a secure, reliable connection.
- Wide Voltage Range: The board supports a wide voltage range, allowing it to be used with 12V to 24V power supplies, which are commonly used in CNC systems and DIY robotics projects. This makes the breakout board suitable for a variety of stepper motor configurations.
Applications:
- CNC Milling and Routing Machines: Perfect for controlling 3, 4, or 5-axis machines for precise cutting, engraving, and milling.
- 3D Printers: Allows for reliable motor control and integration into 3D printing setups.
- Robotics Projects: Ideal for stepper motor-driven robotics and automation systems.
- Custom CNC Projects: Whether you’re building a custom machine or upgrading an existing one, this board will help you achieve smooth and accurate motor control.
🛠️ Typical Applications:
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✅ DIY CNC router and laser cutter control
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✅ Multi-axis engraving systems
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✅ Metal or wood plasma cutting tables
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✅ Mach3-based CNC training kits
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✅ Retrofitting industrial CNC systems
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✅ Robotics motion platforms needing multi-axis stepper control
⚠️ Precautions:
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Requires a PC with a parallel (LPT) port
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Always confirm Mach3 configuration matches output pins
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Use shielded cables for stepper drivers to prevent interference
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Proper grounding and noise filtering recommended for long runs
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Board must be powered with stable 5V before operation
📺 YouTube Tutorial:
🎥 5 Axis Mach3 CNC Breakout Board Setup Guide
🏪 Shop Address:
Electroway, Johar Town (Near UMT), Lahore, Pakistan
📦 Fast delivery available nationwide: Rawalpindi, Multan, Sargodha, Hyderabad, and beyond.
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