One-line value prop: High-throughput surface texturing with programmable raster steps and rotary orientation—perfect for uniform, repeatable “hammered” finishes.
Who uses it: architectural finishers, foundries/metal finishing, surface-prep shops.
Works with: 4-axis gantries (X, Y, A, C) driving a pneumatic/hydraulic hammer head; optional surface-scan sensor.
Compatible controllers: PC-SMART 4A / PC-PRO LAN 4A
Supported files: DXF and standard G-code (e.g., ArtCAM / PowerMill posts)
XY planar motion for raster coverage of the work area.
A-axis adjusts hammer tilt; C-axis spins/rotates the head for texture variation.
Configurable linear step (mm), radial step (mm), feed, and start/end overlap to eliminate edge marks.
Teach or type X/Y limits; “Left/Right” nudge keys for quick boundary edits.
XY planar motion for raster coverage of the work area.
A-axis adjusts hammer tilt; C-axis spins/rotates the head for texture variation.
Configurable linear step (mm), radial step (mm), feed, and start/end overlap to eliminate edge marks.
Teach or type X/Y limits; “Left/Right” nudge keys for quick boundary edits.
Home axes → set X End / Y End or teach from edges; Go Zero / Go Ref as needed.
Enter Feed, LinearStep, RadialStep, Start/End Overlap.
(Optional) Scan with the height sensor to validate area, then Save job.
Run: controller rasters line-by-line; use Left/Right nudge to correct on the fly.
Stop / Resume from the next scan line; Refresh regenerates the path with current parameters.
Programmable LinearStep / RadialStep with overlap at boundaries
A/C rotary orientation control for texture uniformity or randomness
Teachable X/Y work envelope; quick Go Zero / Go Ref
Optional surface-scan check before running
Mid-job pause/stop/resume; parameter Refresh without reloading
Map the workpiece with a height sensor or by teaching points, so hammering follows the true surface.
Select specific parts from complex drawings and customize cutting order with intuitive control over toolpath sequencing.
See the scanned surface as a 3D model to verify coverage before you run.
Manually drag and drop parts onto your material sheet to accommodate irregular shapes, pre-cut stock, or remnant reuse.
Set the along-path spacing between hits and the row-to-row spacing for uniform texture.
Execute toolpaths in reverse to minimize material warping or adjust final exit points based on design needs.
Add configurable overlap at the start and end of each path to eliminate visible edge lines.
Limit the job to chosen start/end points—or specific sections—to repair or re-hammer only where needed.
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 XYAC Hammer :
