CNC Motion Control Card | 6-Axis MACH3 Controller | 2000KHZ for Stepper & Servo Motors

The XHC Ethernet CNC Motion Control Card delivers professional-grade precision with a 2000KHZ frequency for ultra-smooth motion control. This 3/4/6 axis controller breakout board directly interfaces with MACH3 software, providing stable, high-speed command execution for both stepper and servo motor systems via a reliable Ethernet connection. Features and Benefits - 2000KHZ High Frequency - Enables exceptionally smooth motor operation and precise toolpath following, minimizing vibration for superior surface finishes. - Ethernet Connectivity - Ensures stable, high-speed data transmission over longer distances compared to USB, reducing communication errors and latency. - 3/4/6 Axis Configurable Output - Offers flexibility to control complex multi-axis machines, from 3-axis mills to advanced 4-axis or rotary setups. - Stepper & Servo Motor Compatibility - Supports a wide range of motors, allowing for system upgrades and customization based on torque and speed requirements. - MACH3 Software Integration - Provides a direct plug-and-play interface with the widely-used MACH3 CNC control platform for immediate setup and operation. - Integrated Breakout Board - Consolidates control signals, limit switches, and spindle control into one robust unit, simplifying wiring and cabinet organization. Applications - CNC Router & Mill Upgrades - Replace outdated parallel port controllers to add modern Ethernet control and higher pulse frequency to existing 3 or 4-axis machines. - DIY CNC Machine Building - The core control component for constructing custom CNC routers, plasma cutters, or engravers from the ground up. - Industrial Automation Integration - A reliable motion controller for automating custom fixtures, small production lines, or specialized material handling equipment. - Educational & Prototyping Workshops - An excellent tool for learning CNC principles and developing prototypes due to its standard MACH3 compatibility and flexible axis configuration.