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IRB 120
ABB Robotics
Not yet assessed
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- Verified autonomy
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IRB 120
ABB RoboticsThe ABB IRB 120 is a compact, 6-axis industrial manipulator manufactured by ABB Robotics, widely used in research and industry for tasks such as assembly, pick-and-place, machine tending, and calibration studies. It is characterized by high repeatability (better than 0.1 mm) but limited absolute accuracy without optional laser-tracker calibration. The robot operates with an IRC5 controller (and newer OmniCore on updated variants), supports conveyor tracking, and has been extensively used as a research platform for robot calibration and table-tennis/ping-pong experiments. As a pre-programmed industrial manipulator, it executes its assigned tasks autonomously once programmed, with no human performing the task during operation.
Availability
Specification
- payload capacity
- IRB 120 falls within ABB's small robot class (up to 12 kg); specific IRB 120 payload is not individually stated in the extracted facts beyond the class-level claim
Price
No public price — contact the supplier for a quote.
Good · Bad · Ugly
Evidence-graded claims from the ABB Robotics deep report
ABB's deployed industrial robots and AMRs execute welding, assembly, pick-and-place, and material handling tasks autonomously — without a human performing or driving those tasks during operation
Multiple independent sources — including video demonstrations [25][26], sector deployment reports across automotive/logistics/electronics [1][6], and community practitioner accounts [32][34] — confirm that once programmed, ABB robots execute tasks without human intervention during operation, consistent with the dossier's autonomy verdict (confidence 0.88).
from ABB Robotics deep report →ABB Robotics was sold to SoftBank for $5.3–5.4 billion in October 2025
The acquisition is independently reported by The Robot Report [13] and Metrology News [15], two separate trade publications, corroborating the transaction amount and timing; this is material as it signals a major ownership and strategic shift toward Physical AI under SoftBank.
from ABB Robotics deep report →
PickMaster Lite reduces engineering effort by 30% and commissioning time by 25% versus conventional systems
The specific figures come from a trade publication (engtechnica) [12] reporting ABB's own launch claims for a product released May 6, 2026; no independent customer benchmark or third-party test has validated these percentage improvements.
from ABB Robotics deep report →ABB's AR-enhanced teleoperation system improves task performance by 28% and SUS usability score by 12% versus baseline teleoperation on IRB 1200 and GoFa 5
Results are from an ABB Corporate Research Master's thesis [21], which provides experimental validation on specific hardware but has not been independently peer-reviewed or replicated outside ABB's own research environment, and the system is explicitly not a commercial product.
from ABB Robotics deep report →PSYONIC partnership applies human prosthetic touch-sensor data to improve ABB robot dexterity
The partnership is independently reported by The Robot Report [13], confirming it exists, but no independent validation of resulting dexterity improvements in deployed ABB robots has been reported — the collaboration appears to be at an early/announced stage with no production outcomes documented.
from ABB Robotics deep report →
RobotStudio HyperReality (with NVIDIA Omniverse) will deliver up to 99% simulation accuracy, 40% cost reduction, and 50% faster time-to-market
These figures originate solely from ABB/NVIDIA's own press release [7][17]; the product is not yet available (H2 2026 target), only a Foxconn pilot is mentioned with no independent results reported, and no third-party benchmark or customer validation exists in the dossier.
from ABB Robotics deep report →
About the company
Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.