Prepare faster
Direct DXF, parametric shapes and job sequencing reduce manual setup.
Stone & marble CNC control systems
Precision starts at the controller.
One production-ready control platform for slab cutting, profiling, drilling, polishing, waterjet and multi-axis stone machining.
Live processMulti-axis stone carving
Machine architectureCONFIGURABLEAxes · I/O · process · safetySpecified for the machine
17+years of engineering
5stone-specific interfaces
2D/3Dpreview and simulation
Remotesetup and diagnostics
01 One control language
From the first line on screen to the final edge in stone.
Radonix brings motion, machine logic and operator workflow into one scalable system. Import a drawing, place it on the slab, check the toolpath, then cut with machine-aware limits and interlocks.
Cut cleaner
Controlled feeds, Z-slow, lead-ins and tool compensation protect visible edges.
Use more slab
Camera-assisted placement aligns parts to veins, features and usable remnants.
02 Solution lineup
Built around the machine you actually run.
Five focused interfaces cover the essential stone and marble production processes.
XYZ Stone01
3-Axis Router
Cut, profile and drill countertops, tiles and panels with stone-aware pass control.
- Direct DXF
- Tool library
- Safe Z strategies
XYZC Disk02
4-Axis Bridge Saw
Rotate the blade for arcs, slots, mitres and angle-set cuts with tool compensation.
- C-axis rotation
- Blade compensation
- Camera placement
XYZCA Disk03
5-Axis Bridge Saw
Coordinate XYZ motion with blade swivel and tilt for complex profiles and bevels.
- Full interpolation
- Variable angles
- 2D/3D simulation
Waterjet XYZ04
3-Axis Waterjet
Control intricate contours, inlays and openings with fine speed and acceleration planning.
- Kerf control
- Pierce strategies
- Pause and resume
XYZA Rotary05
4-Axis Rotary Carving
Synchronise XYZ with a powered rotary axis for columns, statues and 360-degree work.
- Wrapped toolpaths
- 3+1 indexing
- True 4-axis motion
03 Controller compatibility
Choose a CNC Controller for Your Stone Machine
Match controller capacity to the complete machine architecture—not only the number of axes. Candidate platforms below remain subject to engineering confirmation.
3-axis stone router
Candidate platforms for XYZ routing depend on the verified drive command interface, spindle and water services, machine I/O, sensing and safety requirements.
4-axis bridge saw / XYZC
A four-axis candidate must support the verified XYZC architecture plus saw spindle, water, camera workflow, process I/O and safety system. A dedicated public XYZC interface page is not currently published.
5-axis bridge / disk saw / XYZCA
The documented machine uses XYZ linear motion, C blade rotation and A blade tilt. Candidate higher-axis platforms still require confirmation of interpolation, I/O, saw, water, camera and safety needs.
3-axis waterjet
XYZ motion must be assessed with the installed pump, low/high-pressure valves, abrasive feeder, pressure feedback, Z-height equipment, machine I/O and safety chain.
4-axis rotary stone machine
Candidate four-axis platforms require verification of rotary kinematics, drive commands, spindle, process services, I/O, workholding and safety architecture.
Engineering note: Radonix must verify axes, pulse/direction compatibility where used, I/O quantity and type, spindle or saw control, waterjet pump/valve/abrasive equipment, camera and operator workflow requirements, auxiliaries and the complete safety system before confirming hardware.
CAM / HMI / MOTION
03 Connected workflow
See it. Place it. Simulate it. Cut it.
Radonix Landscape connects camera-based slab planning with the CNC controller, giving operators a clear route from material image to machine motion.
- 01
Capture
Photograph the full table and slab at 1:1 scale.
- 02
Place
Nest parts around veins, defects and remnants.
- 03
Verify
Preview geometry, depths, order and machine limits.
- 04
Produce
Send paths and priorities directly to the compatible HMI.
04 System architecture
Software intelligence. Hardware control. Mechanical precision.
Each layer has a clear job—and each one protects the layer beneath it.
Software
Plan & protect
Stone-specific HMI, path planning, compensation, sequencing and diagnostics.
- 2D/3D simulation
- Soft-limit enforcement
- Job recovery tools
→
Hardware
Execute & report
PC-based controller, servo drives, VFD and mapped industrial I/O.
- Coordinated motion
- Live position and load
- Alarm diagnostics
→
Mechanics
Cut with confidence
Machine travel, tool geometry and table constraints translated into safe motion.
- Axis calibration
- Tool and pivot offsets
- Guard and water interlocks
06 Evidence and performance
Stone CNC precision is established on the commissioned machine.
No unsupported dimensional or angular accuracy figure is published here. Achievable precision, repeatability and surface quality depend on the complete machine and the conditions under which it is measured.
Machine mechanicsServo or stepper systemFeedback architectureCalibrationTooling and materialMachine rigidity
07 Real application evidence
Radonix Stone CNC Applications
These examples use existing Radonix media. Where a controller, drive type or measured accuracy is not documented, the page does not infer it.
Application 01
Stone router
Published Radonix stone-router media. XYZ application; controller and drive type are not identified in the available media record.
Application 02
Bridge saw
Existing Radonix bridge-saw photograph. The exact axes, controller and drive architecture are not documented in the media record.
Application 03
5-axis disk saw
Official Radonix application video for the documented XYZCA disk-saw workflow: XYZ linear axes, C rotation and A tilt.
Application 04
Waterjet
Published Radonix waterjet media. Application suitability remains dependent on the real pump, valves, abrasive, height equipment and safety system.
Application 05
Rotary stone machine
Existing Radonix rotary-stone image. The machine-specific controller and drive details must be confirmed from the installation record.
06 Technical answers
Questions stone shops ask before an upgrade.
Clear answers for planning a retrofit or a new-build CNC system.
Need a machine-specific answer?info@radonix.co.uk
01What does a stone CNC controller manage?
A stone CNC controller coordinates machine motion, tool compensation and shop-floor I/O. In a bridge saw, Radonix can control XYZ linear axes plus C blade rotation and A blade tilt, while managing the spindle, water, vacuum, guards and safety interlocks.
02Can Radonix run DXF files directly?
Yes. Radonix stone interfaces support direct DXF workflows. Operators can import, place, edit, simulate and sequence shapes before sending the job to the machine.
03Which stone machines are compatible?
The platform covers 3-axis stone routers, 4-axis and 5-axis bridge saws, XYZ abrasive waterjets and XYZA rotary stone machines. Final configuration depends on the machine mechanics, drives, I/O and safety system.
04How does camera-assisted slab layout work?
Radonix Landscape captures the table and slab at 1:1 scale so operators can position parts on the real stone image, align veins, use remnants and set the cutting priority.
05Can an existing stone machine be upgraded?
Yes. Radonix supports retrofit and new-build projects. Commissioning maps axes and I/O, verifies limits and safety interlocks, calibrates tool geometry, and validates the result with representative test cuts.
Retrofit or new build Start with the machine
Tell us what it needs to cut.
Share your axis count, drives, tooling and production goals. Radonix will help define the right controller and interface.