- 6-Axis
- Used in Cutting CNC machines
Introduction
One-line value prop: True 5/6-axis RTCP machining for molds, wood/stone carving, and composite trimming—with automatic tool change and probing.
Who uses it: Mold & pattern shops, furniture/stone ateliers, composite & boat builders, aerospace/automotive prototyping.
Works with: Gantry/bridge routers using X, Y, Z linear plus A/B/C rotary axes (3+2 positioning or full 5-axis/6-axis simultaneous).
Compatible controllers: PC-SMART 6A 6 / PC-PRO LAN 6A
Supported files: Multi-axis G-code from common CAM posts (PowerMill, Fusion 360, Mastercam, etc.) and 2.5D DXF.
Important: Includes RTCP (Rotation Tool Center Point) so programs follow the tool tip regardless of head/table motion.
Machine & Kinematics
Axes: X, Y, Z + A/B/C rotary (head, table, trunnion, or nutating head layouts).
RTCP / Tool-Center Programming with kinematic transforms, singularity and limit handling.
3+2 indexed machining, 5-axis simultaneous, or full 6-axis where available.
Automatic homing, soft limits, Safe-Z park, programmable machine limits.
Spindle control (rpm, orient), coolant/mist/air, vacuum table, dust shoe, aux I/O.
Control & I/O
High look-ahead planner with junction control for smooth freeform surfaces.
ATC: linear/carousel/rack; tool table (length/diameter/wear), broken-tool check.
Probing: tool Z-setter (and optional diameter) + workpiece probing (plane/edge/boss/3-point).
M-codes for vacuum zones, clamps, dust shoe, air-blast/mist/coolant, beacons, doors, E-stop chain.
Recovery: resume from last G-code line after stop/power loss with safe re-entry checks.
Software & Workflow
- Import DXF/G-code, preview toolpaths, and apply kerf/offset automatically.
- Lead-in/lead-out styles (arc, radial, tangential), pierce dwell, and height retract macros.
- Corner smoothing and arc handling to maintain cut speed and edge quality.
- Priority ordering (inner → outer) and automatic pause points for clamp moves or checks.
- Job Queue & Repeat for batches; simulation / dry-run before cutting.
- Run reports: cycle time, cut length, pierces, pauses/restarts; operator notes saved with the job.
Key Capabilities
(at a glance)
Key Capabilities(at a glance)
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XYZ + A/B/C with RTCP, 3+2 & 5-axis/6-axis simultaneous
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ATC with tool table & tool/work probing
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Swarf/contour cutting, 5-axis drilling, edge-trim
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Dry-run, single-block, restart from last line
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3D preview with holder view & limit checks
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Standard Workflow
Import G-code (or DXF for 2.5D), review the 3D preview and tool list.
Home axes, set work offset(s), probe tool length/diameter if applicable.
Choose machining mode (3+2 or 5-axis), verify A/B/C limits and RTCP on.
Run dry-run/single-block to confirm path, clamps, and clears.
Start production; ATC manages tool changes, spindle/coolant, and auxiliaries.
If interrupted, resume from last line; export run report for traceability.
Typical Specifications
| Area | Spec |
| Axes / Modes | X, Y, Z, A, B, C |
| File Formats | DXF, standard G-code |
| Compensation | Kerf/offset, corner smoothing, arc tolerance |
| Performance | Profile, pocket, drill/peck, ramp/helix, tabs/onion-skin, rest-machining |
| I/O | Guards/doors, vacuum OK, clamps/fixtures, E-stop |
| Work Offsets | Multiple origins for sheet/remainder reuse |
| Reports | Time, path length, tools used, pauses/alarms, notes |
Key Features of Radonix CNC Software
🔹 Six-axis router support:
Coordinate XYZ + up to three rotary axes (A/B/C) across wood, stone, milling, mold-making, and dental machines—up to 6 simultaneous axes.
🔹 RTCP (Rotation Tool Center Point):
Keeps the tool tip exactly on the programmed path during 5-axis rotations—no re-posting when you change head lengths or pivots.
🔹Multi-spindle heads
Run spindles synchronously or sequentially with per-spindle ON/OFF, RPM, offsets, and tool numbers.
🔹 Automatic tool changing:
Works with linear, rotary/carousel, and jack magazines—full clamp/unclamp sequencing, interlocks, tool table, and safe recovery.
🔹 Automatic Z tool offset & referencing:
Touch-setter cycles capture tool length (and optional diameter) for accurate depths and wear compensation after each change.
🔹 3D toolpath & rotary visualization:
Preview the job in true 3D with live A/B/C angles to verify reach, orientation, and motion before cutting.
🔹 Floor (depth) limit:
Enforces a maximum Z penetration so the tool never cuts past the programmed floor—protects the table, fixtures, and laminated stacks.
