CNC application authority / controller selection
Explore Radonix PC-based CNC control systems by industry, machine type and axis architecture. Connect motion, Pulse + Direction drives, machine I/O, CAM-Pro software and a process-specific HMI in one engineered control path.
Application selection map
The correct controller depends on motion architecture, drive signals, I/O, tooling, process equipment, safety and the operator workflow.
CNC solutions by industry
Each route connects the machine process to the relevant Radonix controller, interface and software workflow.
Coordinate routing, drilling, tool changing, vacuum zones, spindle control and rotary work across woodworking machines from compact routers to automated panel systems.
Connect stone routing, waterjet and verified XYZCA bridge-saw motion to water, camera-based slab planning, compensation and machine-specific safety logic.
Manage XY contour motion, Z positioning, torch timing and automatic height correction through the documented XYZ + THC control architecture.
Coordinate XYZ cutting with pierce strategy, kerf-aware motion, pressure valves, abrasive delivery and safe pause or recovery.
Coordinate XYC tangential cutting with lift, lubrication, pressure, air flotation and conveyor sequencing. SimpleCAM supports DXF preparation and nesting.
Coordinate table motion, knife orientation, vacuum zones, clamps and conveyor indexing, with dedicated routes for programmable CNC sewing workflows.
Support ring, bangle, engraving and multi-head machines. X4 boards replicate one Pulse/Direction axis command across synchronized motor outputs without creating additional independent axes.
Coordinate routing, drilling, trimming or cold waterjet cutting with material-sensitive entry strategies, workholding, extraction and verified multi-axis profiles.
Application demo
Review the controller, machine interface and process workflow together before selecting the final hardware architecture.
Controller selection by axis count
Axis count defines motion capacity, but controller selection must also verify drives, I/O, tools, safety and the HMI.
Typical XYZ routing, drilling, plasma and waterjet motion.
For compatible XYZA, XYZC, XZA and process-specific machines.
For verified architectures such as XYZCA bridge and disk saws.
Up to six independently controlled and interpolated axes.
OEM integration
Radonix combines PC-based controller hardware, CAM-Pro software and a dedicated HMI configured around the machine axes, alarms, sensors, tools and production sequence.
One connected control stack
LAN-connected PC-based CNC hardware for compatible servo and stepper drives using Pulse and Direction commands.
Job preparation, simulation, motion execution, I/O mapping, diagnostics and production tools.
Operator screens and recovery workflows arranged around the real machine process.
Technical selection FAQ
Yes, when the connected drive accepts the required Pulse and Direction command interface. Servo encoder feedback is normally closed inside the servo drive.
No. Also confirm drive compatibility, I/O, process equipment, tooling, safety interlocks and the required HMI.
PC Smart 4A and PC-Pro LAN 4A are candidate platforms. The final choice depends on the complete machine architecture and I/O requirements.
Radonix documents an XYZCA bridge or disk-saw route. Saw functions, water, camera workflow, compensation, I/O and safety must be confirmed.
Yes. The interface is configured around machine-specific screens, commands, alarms, tools and workflows.
Yes, subject to engineering verification of drives, mechanics, sensors, I/O, process hardware and safety.
Send the machine type, axis configuration, drive models, I/O list, tooling and special functions. Radonix can identify the relevant hardware, software and HMI path.
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