Where Robotics Become CNC Machines, Metal 3D Printers, or Both
Unlocking a new era of industrial automation through the fusion of robotic flexibility and CNC machining precision, now enhanced with metal 3D printing using Meltio technology. This advanced integration of FANUC CNC with robotics brings together the best of these two worlds, allowing you to easily switch between a machining spindle and a metal 3D printer.
Designed primarily for industrial applications, the system provides a powerful and versatile solution for production environments while also offering the capability to teach robotics programming, CNC fundamentals, and metal additive manufacturing.
Feature | Details |
Compatibility | Works on FANUC CNC and robots equipped with the right software options (Robot G-code option). |
Commands | Supports basic G-code for linear, circular movements (G0, G1, G2, G3) |
Applications | Robotic machining, 3D printing, CNC milling, additive manufacturing. |
Ease of Use | Allows CNC operators/machinists to program in the traditional G-code language they are accustomed to and control robots to move in the same way as a CNC machine would. |
Integration | Can work alongside traditional FANUC control systems like R-30iB Plus and newer models. |
Customization | Users can define robot-specific movements that correlate with machine-tool standard commands. |
You prepare G-code similar to what you would for a CNC mill (generated by a CAM program like Fusion 360, Mastercam, etc.)
The FANUC robot interprets the G-code through a Robot G-code interpreter software option.
X, Y, Z coordinates are translated into robotic movements — including arm positioning and spindle/tool interaction.
Additional motion commands, feed rates, and dwell times are handled automatically.
You can send G-code directly to the robot’s controller, or upload G-code files for the robot to execute.
Flexibility + Precision: Robotic reach with CNC accuracy.
Cost-Effective: Multi-axis machining without the massive CNC price tag.
Space-Saving: Compact footprint — workspace defined by robot size.
Easy Programming: CNC G-code control, no complex robot coding needed.
Industrial Ready: Machine, print, trim, finish — real-world production capability.
Multi-Use: Switch between machining, tending, and other robotic tasks.
Future-Proof: Modular and scalable for evolving manufacturing needs.
| Industrial Controller | Fanuc 0i-MF Plus | |
| Measurement System | Imperial | Metric |
| FANUC R-2000iC/270F |
| Payload (at wrist) | 270 kg  |
| Reach | 2,655 mm  |
| Axes | 6  |
| Repeatability | ±0.05 mm  |
| Robot mass | ≈ 1,320 kg  |
| Controller | R-30iB (or R-30iB Plus)  |
| Mounting | Floor mount (also designed for compact footprint and tight factory spaces)  |
| Axes Motors | Servo Motors | |
| Linear Guideways | N/A | |
| Ball Screws | N/A | |
| Precision | 0.0012 inches | 0.03 mm |
| Rapid Feed Rate | 79 ipm | 2.0 m/min |
| Cutting Feed Rate | 59 ipm | 1.50 m/min |
| Spindle | Spindle Option 1 (For all robots): |
| Standard Model | Chopper 6500 SK30 |
| Max. Spindle Speed | 24,000 rpm |
| Spindle Motor Power | 10.5 kW |
| Spindle Taper | SK 30 |
| Rigid Tapping Capable | NO |
| Automatic Tool Changer | Yes |
| Drive System | Inline Direct Drive |
| Cooling | Air Cooled |
| Print Envelope (WxDxH) | Depending on the integration |
| Laser Type | IR Laser or Blue Laser available |
| Laser Wavelength | Depends on integration |
| Total Laser Power | Up to 1.4 Kw |
| Enclosure | Laser-safe, based on customer requirements |
| Type | Position table | |
| Capacity | 5 | |
| Max Tool Diameter | 0.5 inches | 12.7 mm |
| Standard Shipping Crate – Dimensions | Coming Soon | |
| Deluxe Shipping Crate – Dimensions | Coming Soon | |
| Standard Shipping Crate – Weight | Coming Soon | |
| Deluxe Shipping Crate – Weight | Coming Soon | |
| Power | 480 VAC | |
| Phase | 3 ph | |
From advanced thermoplastic to aerospace alloys, our 6 to 8-axis Additive Manufacturing systems generate complex geometries with ease. Using standard metal wire and thermoplastic pellets, our printers create cost-effective parts ready for prototyping or production.
The art of transforming ordinary materials into extraordinary parts
The workspace is limited only by the reach and size of the selected robot. While the cell dimensions listed in the specifications represent our standard educational configuration, we offer full customization options. Whether you need a compact setup or an expanded working area, we can tailor the cell size to match the specific requirements of your robot and application needs.