Build the machine.
We simplify the control.
Radonix combines PC-based motion controllers, industrial I/O, CAM-Pro software and machine-specific operator interfaces in one practical platform for OEMs and system integrators.
A CNC machine is only as usable as its complete control system.
Generic motion cards, separate I/O logic and unrelated software force your team to solve the same integration problems repeatedly.
A technically functional screen can still create mistakes, training difficulty and slow production if it does not follow the machine workflow.
When hardware, software and interface come from different suppliers, troubleshooting responsibility becomes unclear.
Hardware, software and operator interface—engineered to work together.
Choose the parts you need or use the complete platform for a more controlled commissioning and support process.
Industrial Control Hardware
PC-based motion controllers for servo and stepper systems with practical machine I/O.
CAM-Pro CNC Software
A flexible software environment for setup, simulation, execution and day-to-day machine operation.
Machine-Specific HMI
An operator interface organized around the application, machine options and actual production sequence.
Functions selected for real commissioning and production needs.
The exact feature set is configured according to the controller model, machine type and selected HMI.
Multi-axis interpolation
Coordinated axis motion for routers, cutters, lathes and application-specific CNC mechanisms.
02 / DRIVESServo and stepper compatibility
Pulse and direction control for widely used drive brands, with the drive closing its own motor feedback loop.
03 / I/OIndustrial machine signals
Map home, limit, emergency, servo-ready, alarm, tool and process signals to the controller I/O.
04 / SPINDLEAnalog spindle control
0–10 V analog control options for VFD speed commands and related process functions.
05 / RECOVERYPower interruption recovery
The software records the last executed program line to help resume long jobs after an interruption.
06 / TOOLINGATC and multi-head logic
Support for tool-change and multi-head workflows where the selected machine interface includes them.
07 / SETUPReference and probing functions
Homing, work offsets, multi-reference options and Z-probe workflows for faster machine preparation.
08 / TESTSimulation and diagnostics
Dry-run tools, I/O monitoring and debug information support commissioning and remote troubleshooting.
09 / CONTROLFlexible operator controls
Continuous and incremental jog, keyboard or game-controller options, and configurable machine commands.
Select the controller around the machine—not the other way around.
Use this selector as a first orientation. Final selection should follow an I/O, axis and machine-function review.
PC Smart Series
Compact controllers for standard CNC machines requiring practical axis control and industrial I/O in a cost-conscious architecture.
One platform, configured around different machine processes.
The value is not simply the number of axes; it is how the motion, I/O and operator workflow are adapted to the machine.
Start with the machine requirements, then select the control architecture.
Machine review
Axes, drive type, pulse frequency, inputs, outputs, analog signals and special mechanisms.
Architecture selection
Controller, expansion modules, HMI, software options and industrial PC requirements.
Commissioning
Wiring verification, axis parameters, I/O mapping, homing, safety signals and functional tests.
Training & support
Operator workflow, documentation, diagnostics and remote technical assistance when required.
Before choosing a controller
A model number alone is not enough. Axis count, drive interface, I/O quantity, machine sequence and operator requirements all affect the correct selection.
Does Radonix work with servo motors and stepper motors?
Yes. Current pulse-and-direction controller models can command compatible servo drives or stepper drives. In a servo system, the drive normally closes the feedback loop using its encoder while Radonix supplies motion commands. View compatible hardware →
Is the system open loop or closed loop?
The current controller architecture sends pulse and direction commands. Motor feedback is normally handled inside the servo drive. This should be distinguished from a controller-level full closed-loop architecture. Read controller architecture →
Can the interface be adapted to our machine?
Yes. Radonix provides application-oriented interfaces and can define machine functions, I/O labels, alarms, presets and operator workflows according to the project scope. Explore Radonix interfaces →
Can a machine continue after a power interruption?
CAM-Pro records the last executed G-code line. After the machine is safely recovered and referenced according to the machine procedure, the operator can use this information to continue the program rather than starting from the beginning. Explore CAM-Pro software →
How do we select the correct controller model?
Prepare the axis count, motor/drive models, maximum input pulse frequency, I/O list, analog signal requirements, machine diagram and special functions. Radonix can then review compatibility and propose a suitable architecture. Request a compatibility review →
Send the technical outline. Get a practical compatibility review.
For a useful first review, include the number of axes, motor and drive models, machine application, I/O requirements and any special functions such as ATC, dual-axis homing, THC or multi-head control.
Use the Official Radonix Request Form
The official website form sends your request directly to the Radonix team. Include the axis count, drive models, required I/O, machine application and special functions.