The Laser Cutting Robot System is a 6-axis automated 3D laser processing cell designed for dynamic trimming, hole-cutting, and contour profiling on pre-formed sheet metal, structural tubing, and curved assemblies. We supply an integrated system comprising the BRTIRUS1820A industrial robot arm, fiber laser power source, auto-focus cutting torch with capacitive height sensing, robot control cabinet, and a 3D modular fixture table.
Why Laser Cutting Robot Stands Out
Complex Geometries: Cuts curved panels, internal cutouts, ventilation slots, and nested designs without re-fixturing.
Multi-Material Capability: Supports steel (≤12 mm), stainless steel (≤8 mm), aluminum (≤10 mm), copper (≤5 mm), and titanium (≤4 mm).
High Yield: Narrow kerf and low thermal impact reduce scrap by up to 35%.
Continuous Production: Integrated automatic sheet feeding, conveyors, and vacuum tables enable 8–24 hour operation.
Flexible Deployment: Modular design supports single-cell or multi-cell setups with conveyors and jigs.
Technical Parameters
| Parameter Category | Specific Specification |
| Robot Model | BRTIRUS1820A 6-Axis Industrial Robot |
| Robot Arm Span | 1895 mm |
| Repeat Positioning Accuracy | +/-0.05 mm |
| Maximum Payload | 20 kg |
| Laser Power Source | 2000W to 5000W Option |
| Power Capacity | 5.87 kVA (Robot System) |
| Equipment Weight | Approximately 230 kg (Robot Body) |
| Protection Class | Wrist: IP54; Body: IP40 |
| Motion Range (J1 - J6) | J1: +/-155 deg, J2: -140 deg / +65 deg, J3: -75 deg / +110 deg, J4: +/-180 deg, J5: +/-115 deg, J6: +/-360 deg |
| Max Axis Speed | J1: 110 deg/s, J2: 140 deg/s, J3: 134 deg/s, J4: 273 deg/s, J5: 240 deg/s, J6: 375 deg/s |
| Base Mounting Layout | 350 x 290 mm pattern (4 x 20 mm thru-holes) |
| Tool Flange Interface | 8 x M6 tapped holes (15 mm depth), 70 mm PCD |

Applications & Material Cutting Capabilities
| Industry Sector | Typical Operations | Material |
| Automotive | Body panel trimming, exhaust covers, interior frame enclosures, hydroformed tube cutting | Carbon steel, Stainless steel, Aluminum alloys |
| Electronics & Electrical | Server chassis, mounting brackets, precision electrical housings | Galvanized steel, Stainless steel, Aluminum sheets |
| Industrial Machinery | Control panels, decorative covers, structural sheet metal frames | Low-carbon steel, Stainless steel |
| Aerospace & Transit | Structural brackets, interior casings, ducting components | Titanium alloys, Aluminum, Stainless steel |

On-Site Simulation and Structural Close-Up Display

Figure 2.1On-site Physical Object Diagram




Laser Safety & Plant Compliance
CE Machinery Directive Compliant: Designed in alignment with EU and North American industrial safety standards.
Class 4 Laser Safety Integration: Interlocked safety circuits ready for integration with laser-protective enclosures, safety light curtains, and door switches.
Fume Extraction Ready: Workstation layout supports integration with under-table fume extraction hoods for shop-floor air quality compliance.
FAQ
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