ABB Robotics IRB 1300vsGecko Robotics Gecko Robotics TOKA 4
Side-by-side comparison of ABB Robotics IRB 1300 and Gecko Robotics Gecko Robotics TOKA 4: specs, price, use cases and SDKs.

IRB 1300
Compact fast-picking industrial arm

Gecko Robotics TOKA 4
Wall-climbing robot for ultrasonic inspection and AI-powered analysis of critical infrastructure.
Specifications
| Spec | IRB 1300 | Gecko Robotics TOKA 4 |
|---|---|---|
| Price (USD) | $40,000 | $0 |
| Category | industrial | industrial |
| Payload | 11 kg | null kg |
| Runtime | — | 4 h |
| Speed | — | 0.15 m/s |
| Weight | — | 12 kg |
| Reach | 1400mm | — |
| Degrees of Freedom | 6 | null |
- Electronics assembly
- Pick-and-place
- Machine tending
- Storage tank inspection
- Boiler tube thickness mapping
- Ship hull corrosion survey
- Pressure vessel integrity assessment
- Piping inspection
When to pick which
Choose the ABB Robotics IRB 1300 for high-speed manufacturing environments such as electronics assembly or automotive component production. Its 6-axis versatility and 1400mm reach make it ideal for stationary workstations requiring precise pick-and-place operations or machine tending. A buyer should prioritize this model when automating a high-volume production line where throughput is measured in units per minute. The support for ROS2 and RAPID allows for seamless integration into existing factory floor PLCs and software ecosystems, which is essential for large-scale industrial deployments where repeatability and cycle time are the primary performance metrics.
Select the Gecko Robotics TOKA 4 for non-destructive testing and maintenance tasks in heavy industries like oil and gas, maritime, or power generation. Unlike stationary arms, this 12kg wall-climbing robot is purpose-built for mobile inspections of vertical surfaces such as storage tanks, pressure vessels, or ship hulls. A buyer should opt for this system when the task involves mapping corrosion or measuring boiler tube thickness across expansive infrastructure where human access is hazardous. The 4-hour runtime and Cantilever SDK support specialized AI-powered analysis of structural integrity, making it the superior choice for field-based infrastructure monitoring.
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