Collaborative Robots | Human-robot collaboration (assembly lines) | Safety Sensors: Industry: 3 sensors (ISO 10218-1); Our Base: 5 sensors; Our Advanced: 8 sensors (▲▲) Payload: 500N (Base) ▶ 800N (Advanced) | Enhanced safety, flexible deployment, reduces manual labor | Higher cost for Advanced, slower speed vs industrial robots |
Industrial Robots | High-volume manufacturing (automotive) | Payload: 1,200N (Industry Standard); Our Base: 1,000N; Our Advanced: 1,500N (▲) Speed: 2.5m/s (ISO 9283) | High throughput, consistent precision, faster cycles | Requires safety cages, less adaptable to small-batch tasks |
AGV Robots | Material handling (warehousing) | Autonomous Navigation: Industry: 10m/s; Our Base: 12m/s; Our Advanced: 15m/s (▲) Voltage: 220V (universal compatibility) | Reduces labor costs, integrates with IoT systems | Limited payload (max 500kg), requires clear pathways |
Welding Arms | Precision welding (metal fabrication) | Accuracy: ±0.1mm (Industry); Our Base: ±0.08mm; Our Advanced: ±0.05mm (▲▲) Certification: AWS D1.1 compliant welding patterns | Consistent weld quality, reduces material waste | Task-specific, higher maintenance for advanced sensors |
Material Handling | Logistics (e-commerce) | Gripper Force: 300N (Industry); Our Base: 400N; Our Advanced: 600N (▲) Modularity: Supports 3 end effectors (Base) ▶ 5+ (Advanced) | Versatile gripping, adaptable to varied object sizes | Slower cycle times vs dedicated systems, requires training for Advanced |
Assembly Robots | Precision assembly (electronics) | Repeatability: ±0.2mm (Industry); Our Base: ±0.1mm; Our Advanced: ±0.02mm (▲▲) Voltage: 220V (energy-efficient) | High precision for micro-components, minimizes defects | Complex setup, costly for Advanced configurations |