| Articulated Robots | Complex manufacturing (automotive, aerospace) | 6-axis design (Industry: 4-axis ▲▲) 220V operation (IEC 60947-4) EPR Germany certifications (Battery/Packing/WE EE) | ▲▲ Precision in confined spaces ▲ Complies with EU environmental standards ▲ Customizable welding parameters (ISO 15614) | Higher cost (€25k+) Requires skilled operators Limited to industrial environments |
| Cartesian Robots | Assembly lines, material handling | 3-axis linear motion 24V/48V power IP54 protection (IEC 60529) | Low cost (<€5k) Easy programming Stable for repetitive tasks | Limited flexibility Slow for complex paths Cannot handle heavy payloads (>20kg) |
| SCARA Robots | Electronics assembly, PCB placement | 4-axis horizontal motion Speed: 3m/s (ISO 9283) Payload: 10kg | ▲ Fast cycle times ▲ Accurate for flat-plane tasks Compact design | Limited vertical reach Not suited for heavy welding (>5kg payloads) Higher cost than Cartesian robots |
| Collaborative Robots | Small workshops, R&D labs | Force-limited joints (ISO 10218-1) Teach pendant interface Safety-rated monitored stop | Safe for human proximity Easy setup (2 hours) Flexible for prototyping | Low payload (<15kg) Slower than industrial robots Limited to light-duty welding |
| Hydraulic Welding Positioners | Heavy machinery fabrication | Torque: 10,000Nm (ISO 3014) Rotation: ±180° Load capacity: 5,000kg | ▲ Handles large workpieces ▲ Stable positioning for thick materials Durable hydraulic system | High maintenance Bulky footprint Noisier operation (85 dBA) |
| Laser Cutting Systems | Sheet metal prototyping, automotive parts | Beam accuracy: ±0.05mm (ISO 10360) Speed: 5m/min Material thickness: 30mm steel | ▲ Clean cuts without machining ▲ Versatile for metals/plastics Fast processing | High energy consumption Limited to flat materials Safety risks (Class 4 laser) |