Robotic Plasma Cutting with CNC Plasma Robotic Arm
Combining the flexibility of a robotic arm with the power of plasma cutting, this system offers exceptional precision, speed, and automation. Whether you’re cutting sheet metal, pipes, or complex profiles, a CNC Plasma Robotic Arm delivers consistent, high-quality results while reducing production time and labor costs.
Table of Contents
What is Robotic Plasma Cutting?
Robotic Plasma cutting is a process that uses a high-temperature plasma arc to cut through conductive metals, guided by a multi-axis robotic arm. Unlike traditional CNC plasma cutting tables, the CNC Plasma Robotic Arm can move freely in 3D space, making it ideal for complex geometries, angled cuts, and hard-to-reach areas.
Key Features of CNC Plasma Robotic Arm Systems
- Multi-Axis Flexibility – Perform complex cuts on various shapes and surfaces.
- High Cutting Speed – Significantly faster than manual cutting methods.
- Consistent Precision – Automated programming ensures accuracy in every cut.
- Wide Material Compatibility – Suitable for stainless steel, carbon steel, aluminum, and more.
- Reduced Waste – Optimized cutting paths minimize material loss.
- Improved Safety – Minimizes human exposure to high-temperature cutting areas.
Applications of Robotic Plasma Cutting
The versatility of CNC Plasma Robotic Arm systems makes them perfect for:
- Shipbuilding – Cutting large, curved steel plates with high accuracy.
- Automotive Industry – Processing chassis parts, frames, and body components.
- Structural Steel Fabrication – Cutting beams, tubes, and custom profiles.
- Aerospace – Creating precise parts from aluminum and titanium alloys.
- Heavy Machinery – Fabricating parts for mining, agriculture, and construction equipment.
Robotic Plasma Cutting Machine – Specifications
Item | Specification |
---|---|
Model | CP-6AXIS-1530 |
Type | CNC Plasma Robotic Arm |
Axes | 6-Axis Articulated Robot |
Working Envelope | Up to 3000mm reach |
Load Capacity | 10–20 kg (Torch + Cables) |
Cutting Method | Plasma Arc Cutting |
Power Supply | 380V / 50Hz / 3 Phase |
Plasma Source | Compatible with Hypertherm, Kjellberg, or custom plasma systems |
Cutting Thickness | Mild Steel: up to 40mm (depends on plasma source) |
Positioning Accuracy | ±0.05 mm |
Cutting Speed | 0–10,000 mm/min (material dependent) |
Control System | CNC Robotic Controller with Offline Programming |
Drive System | Servo Motor Drive on All Axes |
Cooling System | Air or Water Cooling (depending on plasma source) |
Safety Features | Collision Detection, Emergency Stop, Overheat Protection |
Applications | 3D shape cutting, pipe & tube cutting, bevel cutting, complex contour cutting |
Optional Features | Rotating positioner, pipe cutting chuck, dust extraction system |
Advantages Over Traditional Plasma Cutting
When compared to fixed CNC plasma tables, Robotic Plasma Cutting offers:
- Greater Flexibility – Reach different angles and positions without repositioning the material.
- Compact Footprint – Takes up less floor space while offering more cutting possibilities.
- Higher Efficiency – Faster setup and automatic operation increase production rates.
- Future-Proof Technology – Easily adaptable to new designs and production needs.
Conclusion
If your business demands high precision, speed, and flexibility in metal cutting, investing in a Robotic Plasma Cutting Machine with a CNC Plasma Robotic Arm is a smart choice. It not only enhances productivity but also opens new possibilities in custom metal fabrication.
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