Dynamic axis groups
Configure X, Y, Z and C groups around the actual number of heads and rotary stations without rewriting machine macros.
Jewelry manufacturing / multi-axis CNC control
Scalable control for jewelry productionSynchronise every detail.
A configurable jewelry CNC controller platform for rings, bangles, engraving and multi-head machines, including grouped motor channels, X4 signal expansion, rotary tools and production simulation.
6 AXESIndependent interpolated axes
X4Synchronous axis expansion
POLARRing and bangle workflow
ATCTool and scanner control
01 Application overview
Complex mechanics without complex operation.
Radonix combines multi-axis motion, X4 synchronous motor-channel expansion and the BangleMaster workflow for specialised jewelry and jewellery production machines.
Synchronous expansion
X4 boards replicate line-driver pulse and direction signals for multiple motors that must follow the same motion profile.
Simulate before cutting
Preview tools, coordinates, diameter, polar or Cartesian references and motion order before production begins.
02 Control profiles
Built for the process,
not just the axes.
Five focused modules cover the original page subjects: multi-head motion, expansion, bangle simulation, tool systems and controller integration.
XYZC Multi-Head01
Jewelry CNC with X4 Expansion
Grouped X, Y, Z and C axes for synchronized engraving and machining with multiple production heads.
- Up to ~12 physical motor channels
- Grouped-axis setup
- Stepper or servo support
X4 MOTOR-CHANNEL EXPANSION02
4-Output Axis Expansion
Replicate one axis command across as many as four line-driver outputs for synchronized motors.
- 1-to-4 pulse replication
- Noise-resistant signalling
- NPN-isolated input
BangleMaster03
Ring & Bangle CNC
Polar and Cartesian job preparation for rings, bangles and cylindrical ornament machining.
- Diameter and reference setup
- Toolpath simulation
- Jog and live coordinates
Tool / Scanner System04
Automated Tool & Scanner
Coordinate rotary-magazine tools, linear stations, reference profiles and optional surface scanning.
- Tool parking and offsets
- Reference profiles
- Scanner and tool sensors
PC-Smart / PC-Pro05
CNC Controller Integration
A scalable controller layer for motion, spindle commands, digital I/O and shop-floor diagnostics.
- 24 V digital I/O
- NPN / PNP configuration
- Remote diagnostics
Process / workflow
03 Operator workflow
From jewelry geometry to verified motion
Keep machine configuration, tools and workpiece diameter aligned through simulation and production.
Configure the mechanics
Define active axis groups, expansion modules, limits, reference modes and machine I/O.
Load the design
Import the prepared job, choose polar or Cartesian coordinates and enter the workpiece diameter.
Select and simulate
Assign the active tool, verify the complete path and inspect coordinates and clearances.
Reference and produce
Home the machine, establish zeros and run with live status, feed override and recovery controls.
04 System architecture
Software to motion.
Motion to process.
A complete control stack connects the operator interface to coordinated axes, machine services and the safety layer.
Jewelry production HMI
Axis setup, BangleMaster simulation, tools and diagnostics.
- Polar / Cartesian modes
- Toolpath preview
- Dynamic axis mapping
Radonix + X4
Coordinated motion with optional synchronized signal expansion.
- PC-Smart / PC-Pro
- X4 line-drive boards
- Digital I/O mapping
Jewelry CNC mechanics
Multiple heads, spindles, rotary stations, tools and sensors.
- X / Y / Z / C groups
- Tool magazine
- Scanner and safety I/O
05 Engineering principles
Specify around the machine.
Final performance is established during engineering and commissioning. Radonix configures the controller around the real mechanics, drives, tooling, process equipment and safety system.
Scale grouped motion for demanding multi-head jewelry-machine architectures.
Replicate an axis command through X4 when multiple motors require identical synchronized motion.
Simulate diameter, reference mode, active tools and rotary toolpaths before execution.
Activate and configure machine axes through the interface instead of relying on custom operator macros.
06 Technical FAQ
Questions before specification.
Need a machine-specific answer?Talk to a Radonix engineer →
01How many axes can a Radonix jewelry system control?
Radonix Smart and PC-Pro LAN controllers provide up to six independent, interpolated axes. X4 boards can distribute one axis's pulse/direction command to multiple motors, allowing around 12 physical motor channels in a jewellery machine depending on its X, Y, Z and C motor-group configuration. X4 does not add independent interpolated axes.
02What does the Radonix X4 Expander do?
X4 replicates one axis pulse-and-direction command into as many as four line-driver outputs so multiple drives can follow the same motion profile synchronously.
03What is BangleMaster used for?
BangleMaster provides a jewelry-focused interface for ring and bangle jobs, including polar or Cartesian references, diameter settings, active tools, coordinates, jogging and toolpath simulation.
04Can the platform integrate tool changers and scanners?
Yes. Depending on the machine, the control can map rotary or linear tool stations, tool sensors, reference profiles and optional scanner inputs into the operating workflow.
Next Machine specification
Make the control fit the machine.
Share the axis count, drive types, process equipment, I/O list and production goals. Radonix will help define the appropriate controller, interface and commissioning scope.
Start your configuration