IRB 1200 Next Generation
About
About IRB 1200 Next Generation
The second-generation IRB 1200 family uses a lighter arm structure and OmniCore control to combine high-speed movement with precise path following. The four variants trade reach against payload, while published performance includes pose repeatability down to 0.011 millimetres and path repeatability to 0.03 millimetres.
Internal routing provides up to 24 power and signal connections for end effectors and sensors, alongside a larger air line for vacuum tooling. Customers can pair the arm with four OmniCore controller sizes and synchronise positioners or other external axes. The family targets electronics assembly, dispensing, polishing, plastics handling and compact logistics cells.
Capabilities
Source-backed capabilities
- Workflows: Industrial manipulation workflow
- Operating environments: Factory floor
- Target markets: Manufacturer
- Deployment model: Commercial industrial robot arm sold through ABB Robotics.
- Pick and place
Claimed - ABB presents IRB 1200 Next Generation for machine tending, material handling and small-part automation.
Source - Machine tending
Claimed - ABB presents IRB 1200 Next Generation for machine tending, material handling and small-part automation.
Source - Material handling
Claimed - ABB presents IRB 1200 Next Generation for machine tending, material handling and small-part automation.
Source
Resources
Media library
- IRB 1200 Next Generation product view
image · ABB Robotics
Source
Official ABB documentation and exact manufacturer-hosted imagery for the IRB 1200 Next Generation industrial robot family.
- IRB 1200 Next Generation product and technical reference
WEB · IRB 1200 Next Generation · ABB Robotics
Source - IRB 1200 Gen2 product specification
PDF · IRB 1200 Gen2 · ABB Robotics
Source
Context
Market context
IRB 1200 Next Generation is a compact industrial robot designed for high-speed, high-precision applications in manufacturing environments.
- Target environment: Factory floors, machine-tending cells, assembly lines and compact automation workstations.
- Workflow context: Industrial manipulation, machine tending, material handling and precision automation.
- Customer context: Manufacturers and integrators deploying compact robot arms.
- Deployment model: Commercial industrial robot arm sold through ABB Robotics.
- Commercial maturity: Mature industrial product line from a major robotics supplier.
- Adoption constraints: Adoption depends on cell design, payload/reach fit, safety integration and programming workflow.
- Market position: Compact industrial arm lane, separate from mobile robots and humanoids.
- Adjacent products: Industrial robot arms, cobot arms, factory automation systems