One-line value prop: Multi-axis, DXF-native CNC control for rings & bangles—with simulation, probe/laser scan, ATC, and power-fail resume
Who uses it:ideal for jewelry manufacturers, boutique ateliers, OEM machine builders, and high-volume engraving labs.
Compatible controllers: PC-SMART 4A / PC-SMART 6A / PC-PRO LAN 4A / PC PRO LAN 6A / X4 Module
Supported files: DXF and standard G-code .
Radonix is able to control up to the main axes, including X, Y, Z, and C, as shown in the figure. This is a sample of a mechanical system that can be supported by Radonix Controllers.
This point requires attention: Radonix provides an option called X4, which allows each axis of a machine to be expanded into four sub-axes. This means that a machine can scale up to a total of 16 axes, depending on its requirements.
For better understanding, suppose we have three Z-axes (Z1, Z2, Z3), two X-axes (X1, X2), an additional extended axis X4, one rotary Y-axis, and two C-axes
Step/Dir line-driver outputs for steppers/servos; encoder input (e.g., spindle sync/threading)
0–10 V / PWM analog for VFD spindle or laser power; digital RUN/DIR/ENABLE
NPN/PNP selectable digital inputs; opto-isolation for noise immunity
Relay / transistor digital outputs for valves, clamps, pumps, tower lights, covers
Mapped safety chain: E-STOP, doors/interlocks, pressure OK, over-travel limits
Diagnostic pages for InPorts/OutPorts with live state & manual toggle
Prebuilt I/O tags (ClampPin, ToolPower, LaserEnabled, Vacuum, etc.) + easy reassignment
Remote commissioning & support via AnyDesk; wiring maps and test utilities included
DXF-native workflow with 3D preview of ring/bangle paths.
Parameter panels for speed, depth, offsets, references and multi-axis synchronization.
Start-from-line, reverse/skip entity, and safe park logic for operator control
• Support for gold devices up to 16 axes.
• Automatic calculation of spindle rotation axis (C-Axis).
• Capability to create various default effects.
• Execution of multiple files sequentially with automatic repeatability (Multi-File).
• Laser scanning of the workpiece surface for compensating uneven surfaces.
• Automatic execution of two-dimensional designs on curved surfaces.
• Support for automatic tool and head-changing systems.
• Support for 4-axis star machines.
| Area | Spec |
| Axes / Modes | XYZC |
| File Formats | DXF, standard G-code |
| Compensation | Kerf/offset, corner smoothing, arc tolerance |
| Performance | High look-ahead planner; steady velocity on arcs |
| I/O | Safety relays , Signals , Breakers , Sensors , Laser |
| Work Offsets | Multiple origins for sheet/remainder reuse |
| Reports | Time, cut length, pierces, alarms, notes |
Scale from compact cells to multi-head, multi-spindle systems.
The controller computes spindle rotation for true radial engraving and wrap-around toolpaths.
Save and reuse finishing styles (hatch, dot, texture) for repeatable aesthetics
Sequentially execute multiple jobs with automatic repetition for batch runs.
Compensates live for curvature/irregularities on precious-metal surfaces before cutting.
Apply flat DXF artwork to cylindrical/domed jewellery with a single workflow.
Perform a complete motion test without activating the torch. Ideal for verifying the toolpath before live cutting.
Macros and I/O for turrets, linear magazines and auxiliary heads.
Saves the last executed G-code line and resumes from that point after power is restored.
Preview toolpaths, verify clearances, and optimize feeds before production.
Real-world clips of Radonix interfaces on production machines—setup, operation, quality tips, and quick troubleshooting.
These are the Radonix CNC controllers designed to work best with this interface. Choose the recommended controller.
Radonix hardware for jewelry :
