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ABB Robotics IRB 1300vsAMP Robotics AMP Cortex

Side-by-side comparison of ABB Robotics IRB 1300 and AMP Robotics AMP Cortex: specs, price, use cases and SDKs.

Specifications

SpecIRB 1300AMP Cortex
Price (USD)
$40,000
$0
Category
industrial
industrial
Payload
11 kg
4.5 kg
Runtime
null h
Speed
null m/s
Weight
1180 kg
Reach
1400mm
Degrees of Freedom
6
null
Shared use cases
No shared use cases
Only on IRB 1300
  • Electronics assembly
  • Pick-and-place
  • Machine tending
Only on AMP Cortex
  • Recycling facilities
  • Material recovery facilities (MRFs)
  • Sorting mixed waste
  • E-waste processing
  • Construction and demolition debris sorting

When to pick which

When to pick IRB 1300

Choose the ABB Robotics IRB 1300 for high-precision electronics assembly or machine tending tasks requiring a versatile 6-axis configuration. With an 11kg payload and 1400mm reach, it significantly outperforms the Cortex in handling heavier industrial components across a wider workspace. It is the superior choice for manufacturers needing standard industrial software integration via RAPID or ROS2 to synchronize the arm with CNC machines or conveyor systems. If your deployment requires sub-millimeter accuracy for complex assembly rather than high-volume sorting, the IRB 1300's proven industrial pedigree and flexible programming environment provide the necessary control for diverse manufacturing scales.

When to pick AMP Cortex

Select the AMP Robotics AMP Cortex for specialized waste management and material recovery operations. While it offers a lower 4.5kg payload, its 1180kg system weight indicates a heavy-duty, stationary installation designed for the rigorous environments of recycling facilities. It is specifically engineered for high-speed sorting of mixed waste, e-waste, and construction debris where AI-driven visual recognition is more critical than 6-axis dexterity. Limited public spec data — request a vendor briefing for detailed reach and speed metrics. This system is the right investment for facility managers scaling automated recovery lines to improve purity rates in high-volume waste streams.

AI-generated buyer guidance based on public specs.

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